# ASI Stack Post-v2.3 Claim Proof, Causal Validation, and SOTA-Challenge Roadmap Roadmap ID: `asi-stack-post-v2-3-claim-proof-sota-challenge-2026-07-14` Authority: Corben Sorenson Status: completed 2026-07-16; superseded by the active maintenance, transfer, and publication roadmap Machine status: `roadmap_records/post_v2_3_claim_proof_and_sota_challenge_status.json` Predecessor: `docs/post_v2_3_handoff_reader_formats_and_evidence_renewal_roadmap.md`, completed 2026-07-14 with no public release Latest immutable public living-book release: `v2.3.0` ## Goal to point at > Turn *The ASI Stack* from a broad, disciplined architecture argument into a > claim-by-claim research program whose important statements have the strongest > kind of support they can honestly bear. Decompose every chapter-core claim and > every material subordinate claim into falsifiable proof obligations; build the > missing semantic models, executable reference paths, causal interventions, > natural workloads, matched baselines, adversarial controls, transfer tests, > and exact reproduction bundles; compare the signature mechanisms against > current strong baselines on quality, safety, usefulness, latency, cost, > governance burden, rollback, and residual honesty together; and rewrite the > book around the actual results. Then maintain a proof-led public synopsis of > no more than 9,999 words, with the live book linked at its top and an exact > 5:2 header image, as the book's X Article derivative. A negative result, > narrowed claim, or scoped > refutation is a successful scientific disposition when the protocol received > a full, competent attempt. A green schema, theorem count, citation count, > synthetic fixture, format artifact, or completed roadmap is never allowed to > stand in for evidence it did not create. The target is not to label every sentence “proved.” That would be false. The target is to make every material claim auditable: readers should be able to see what kind of proposition it is, what would establish or falsify it, what was actually attempted, what artifacts exist, what the result means, where it transfers, and what remains unknown. ## Why this successor is necessary The completed post-v2.3 cycle demonstrated unusually strong evidence hygiene, including an honestly recorded governance-tax negative result and a preregistration erratum that blocked promotion. It did not establish the book's architecture claims: - all 54 chapter-core claims remain at `argument`; - all 54 evidence-quality vectors remain `internal_only` on independence, `claim_scope_unmeasured` on coverage, `not_independently_assessed` on validity, and `not_established` on transfer; - 298 Lean proof targets and 1,151 theorem declarations exist, but the semantic adequacy review classifies only 13 targets as adequate for narrow finite-record invariants, 212 as useful but too narrow, 18 as needing richer state-machine or review semantics, 35 as needing executable tests first, 18 as needing empirical or baseline tests first, and two as research-agenda placeholders; - the external-SOTA audit establishes in-prose placement for 54/54 chapters, not complete literature coverage, baseline reproduction, or superiority; - the strongest renewed governance-tax campaign produced only 2/32 independently correct candidates, zero useful releases in either route, and therefore no measurable governed-usefulness advantage; - the validation registry's 313 units and 1,352 required artifacts establish extensive repository discipline, not truth of the book's broad claims; and - exact local HTML and DOCX reader artifacts exist, while EPUB and PDF retain honest application-inspection blockers and no new public reader release was made. This roadmap treats those facts as the activation baseline, not as a failure to hide and not as work already completed. ## Claude critique adjudication | Finding | Judgment | Treatment | |---|---|---| | The project closed another roadmap without naming a successor. | **Accepted.** This is a repeated process defect and a drift risk. | P0 installs this successor and a standing same-transaction continuity rule. P9 cannot close this roadmap until its successor or explicit maintenance authority is installed in the same change. | | The reader cycle should resolve EPUB/PDF inspection and issue a public reader release. | **Accepted, but sequenced after proof work.** Reader access matters, but format completion cannot substitute for scientific content. | P8 reattempts application-level EPUB/PDF inspection, preserves exact blockers, and makes an explicit reader release/no-release decision after evidence reconciliation. | | The governance-tax flagship should be retired or redesigned rather than rerun unchanged. | **Accepted.** Two low-throughput/no-change outcomes diagnose an uninformative operating regime. | P4 requires a sacrificial operating-range study that finds tasks where the baseline is sometimes useful and sometimes unsafe before freezing a new matched campaign. The old workload may not be rerun unchanged. | | External anchoring remains uneven and several topic queues remain. | **Accepted as claim-specific evidence work, not citation accumulation.** | P6 requires current primary-source review and executable baseline reproduction only where it changes a claim, comparator, control, or acceptance test. Existing chapter owners remain preferred. | | A fresh Theseus lane may offer more natural evidence than synthetic tasks. | **Accepted with authority boundaries.** | P3 and P7 allow clean, public-safe Theseus traces as one implementation-transfer source, but no imported report can prove runtime behavior it did not observe. | | The negative flagship increased project trustworthiness. | **Accepted.** | The roadmap preserves negative and null results as first-class outputs and makes adversarial self-refutation part of completion. | ### 2026-07-15 claim-proof cycle review adjudication | Finding | Judgment | Roadmap correction | |---|---|---| | The proof constitution and 3,730-atom registry are rigorous but remain an instrument until real campaigns reach terminal dispositions. | **Accepted.** Apparatus without exercised decisions would become a new form of proof theater. | P5 begins with a mandatory three-atom sacrificial batch: one Circle compiled-declaration receipt atom, one authority-monotonicity atom, and one rollback-outcome-separation atom. Each must receive a prospectively frozen campaign and an honest terminal disposition before broad P5 expansion; promotion is not required. | | A 476-path uncommitted cycle makes rollback, review, and CI attribution fragile. | **Accepted as an engineering and provenance risk, not evidence about book claims.** | Operating principle 16 installs a bounded-WIP checkpoint rule. More than 250 changed paths or more than three independent work packages blocks scope expansion until a package inventory, rollback boundary, validation state, and checkpoint disposition exist. A commit still requires explicit authorization; lacking it records `checkpoint_blocked_no_commit_authority` rather than inventing permission. | | Current Transformer and non-Transformer comparisons are high-value but easy to overclaim. | **Accepted and strengthened.** | P6 may not spend outcome-bearing compute until the exact claim atoms, dated comparator ledger, metric/uncertainty contract, and OneCell defeat prediction are frozen. Baseline reproduction precedes mechanism comparison. | | The cycle should be committed immediately. | **Not adopted as an automatic action.** A commit changes repository history and requires task authority. | The roadmap records commit readiness and coherent checkpoint packages, but never treats a review recommendation as authorization to stage, commit, push, tag, deploy, or publish. | ### 2026-07-16 evidence-transition and instrument review adjudication | Finding | Judgment | Roadmap correction | |---|---|---| | The 2026-07-13 governance-tax and residual-honesty runs were claim-level `no_change` results. | **Rejected as labeled; the underlying critique is accepted.** All 36 calls exhausted the 256-token cap, 34 stopped inside unclosed reasoning, two produced no requested JSON, and no admissible candidate or final decision existed. That is an instrument failure, not an estimable null claim result. | P3 requires a lineage-preserving correction that maps both historical claim-level labels to `instrument_inadequate_recampaign_required` while preserving the immutable raw run and its costs. Instrument failure never satisfies a claim's full-attempt requirement. The later repaired 32-candidate governance-tax campaign remains a separate valid `no_change` result: it completed its candidate denominator but found only 2/32 independently correct candidates and zero useful releases. | | The next real campaign needs constrained final decoding, adequate answer budget, and a model capable of the task. | **Accepted, with an anti-laundering boundary.** A syntactically valid object is necessary for measurement, not evidence that its content is correct. | P3 installs a two-channel campaign instrument: unconstrained or separately budgeted reasoning plus a schema-constrained final decision, prospective token/stop rules, a current strong-model arm, a pinned small-model control where useful, and a sacrificial adequacy floor before outcome-bearing work. | | With zero promoted or refuted chapter-core claims, another instrumentation cycle would be diminishing returns. | **Accepted as a priority warning, not as a demand for a positive result.** The project must cross from apparatus into competent terminal attempts, but it may not manufacture promotion. | P3 instrument adequacy and P2 semantic cleanup precede P4/P5. The first competent campaign may raise support, retain it, narrow, refute, deprecate, or block only after the full-attempt rule. A valid negative, narrowing, or refutation counts as scientific progress; another broken instrument does not. | | Bespoke disposition strings are proliferating. | **Accepted in substance; the proposed freeze is refined.** New failure classes sometimes must be named before a campaign, so requiring a positive transition first would be unsafe. | Claim outcomes now project to a small canonical decision class while detailed reasons remain structured fields. A new top-level class requires a schema migration rationale, backward mapping, consumer updates, and rejecting tests; prose variation cannot create a new class. | | Three `*Refinement` modules are one-theorem stubs and the refinement corpus is mostly projection. | **Partly accepted, then remediated for the three named modules.** Before remediation the named files each contained one top-level theorem plus 315–392 lines of reachable transition semantics and independently consumed route suites. They now also contain six checked lifecycle-composition theorems: one complete-cycle property and one failed-prefix downstream-blocking property per module. The current live corpus is 1,272 declarations, not the review's 363-theorem sample. Theorem count and tactic syntax still do not decide semantic depth. | P2's module-level consumption and non-restatement gate requires every refinement module to expose a meaningful composition, reachability, preservation, or countermodel property consumed by an independently implemented executable check, or be folded/retired. A single substantial executable theorem may pass; many projections may fail. The three review-named modules passed this explicit gate with 9/9 cross-stage semantic mutations rejected; the remaining refinement corpus stays subject to the same gate. | | Inkling-style primary-source grounding should be repeated. | **Accepted.** | P6 generalizes the dated primary-source/official-implementation method to every frontier-adjacent comparator, but only where it changes a claim, baseline, control, or acceptance test. Provider scores remain claims until independently reproduced. | | The reader edition should now be rendered, inspected, and published. | **Accepted for local artifact completion; external publication is not authorized.** | P8 must programmatically build and inspect every feasible local format and record exact blockers. It may finish `ready_not_published`; push, tag, deploy, DOI/archive deposit, or public release still requires Corben's explicit authorization. | ## Proof constitution ### What “proof” is allowed to mean Every material claim must be typed before new evidence is produced. The prose may use “prove,” “demonstrate,” or “show” only with an explicit scope matching one of these lanes: | Lane | What it can establish | What it cannot establish by itself | |---|---|---| | Formal theorem | A property follows from an explicit formal model and assumptions in a checked proof system. | Model adequacy, assumption truth, deployed enforcement, empirical benefit, or safety outside the model. | | Executable conformance | An implementation or artifact satisfies declared invariants on the exercised state space and negative controls. | Population-level performance, open-world correctness, causal benefit, or transfer. | | Controlled empirical result | A preregistered contrast estimates an effect for the declared tasks, models, evaluators, and budgets with uncertainty. | Mathematical necessity, universal behavior, deployment transfer, or normative correctness. | | Causal intervention | A controlled intervention or ablation changes a measured outcome under a defensible causal design. | Mechanism identity outside the intervention, broad transfer, or moral desirability. | | Reproduction and transfer | A result survives a separately implemented replay, model/workload shift, or deployment-like environment. | Unlimited generalization or independence beyond the recorded separation. | | Source-grounded synthesis | Primary literature constrains prior art, mechanisms, objections, and expected results. | That this book's implementation works or exceeds the cited work. | | Normative/design argument | Premises, values, trade-offs, objections, and decision authority are made explicit and contestable. | A value conclusion derived from empirical facts alone. | These lanes supplement rather than replace the book's claim labels and support states. No scalar “proof score” may collapse them. ### Claim-atom contract Every chapter-core claim and every material subordinate claim must receive a stable atom ID and the following fields in a generated proof-obligation registry: 1. exact proposition and chapter owner; 2. proposition type: formal, executable, empirical, causal, transfer, source-synthesis, normative, or composite; 3. population, environment, model, authority, time, and artifact scope; 4. assumptions and dependencies; 5. strongest plausible counterclaim and disconfirming observation; 6. required proof/evidence lanes and why each is necessary; 7. current evidence refs, contrary evidence, and known confounds; 8. acceptance, narrowing, refutation, and deprecation criteria fixed before outcome-bearing work; 9. reproduction command, environment lock, artifact digest, and evaluator identity where applicable; 10. terminal disposition and exact prose changes caused by the result; and 11. residual owner, next unblocking condition, and non-claims. A composite chapter claim may not promote merely because one narrow atom passes. Either every load-bearing atom reaches the required lane or the core claim is narrowed to match the established scope. ### Argument-exit and chapter proof-portfolio contract `argument` is an honest starting state, not an acceptable place to stop through inertia. Every chapter-core claim and every load-bearing subordinate atom must receive a prospectively specified campaign designed to earn the next applicable support state, narrow or refute the proposition, or establish an exact `blocked_after_full_attempt` record. A chapter may remain at `argument` only when all applicable lanes received the full attempt they require and the retained record explains why those results do not justify promotion. “No one ran the test,” “a related fixture passed,” and “a theorem with stronger assumptions exists” are not terminal dispositions. Each chapter must maintain one proof dossier organized around its claims rather than around artifact counts. The dossier records: - the core atom and all load-bearing subordinate atoms; - the formal, executable, empirical, causal, transfer, source-synthesis, and normative lanes that apply, plus explicit `not_applicable` reasons; - the strongest supporting artifact, strongest counterevidence, unresolved assumptions, model-to-world gap, runtime consumer, and transfer boundary; - the attempted promotion step, its protocol and result, and the exact support ceiling it can justify; - a dependency graph from assumptions and lemmas through executable consumers, measurements, chapter sentences, and downstream claims; and - one terminal result: promoted at bounded scope, retained after full attempt, narrowed, refuted, deprecated, or blocked after full attempt. No chapter is complete merely because it has one formal theorem or one experiment. Composite claims require every load-bearing lane. Normative claims require explicit premises and authority rather than fake empirical proof. ### Existing-proof audit and anti-bloat contract Before adding proof volume, audit all 1,151 activation-baseline theorem declarations and all 298 proof targets. Create `proofs/proof_inventory.json`, `proofs/proof_dependency_graph.json`, and 54 claim-centered dossiers under `proofs/claim_dossiers/`. Every declaration must name its target atom, assumptions, dependencies, semantic role, reachable countermodel or mutation controls, runtime/refinement consumer where one should exist, and one disposition: - `retain_load_bearing_semantic`; - `retain_refinement_or_executable_bridge`; - `retain_countermodel_or_negative_case`; - `retain_reusable_lemma`; - `merge_duplicate`; - `retire_projection_or_assumption_restatement`; - `retire_vacuous_or_unreachable`; - `retire_unconsumed_traceability_only`; or - `replace_with_stronger_model`. The audit must actively probe unused hypotheses and fields, assumption laundering, tautologies, duplicate obligations, empty or unreachable state spaces, overly strong premises, false generality, missing liveness/concurrency semantics, and the absence of an executable consumer. Direct projection is allowed as a local schema lemma when useful, but it must not be presented as semantic safety, efficacy, or architecture proof. Retired items remain traceable through stable IDs and the changelog, while redundant active proof surface is removed or consolidated. Proof organization is judged by the shortest auditable dependency path from claim to evidence, not by file or theorem count. ### Full-attempt standard “We tried” is terminal only when the relevant protocol includes all applicable items below: - construct definition and falsifier; - current prior-art and strongest-baseline selection; - operating-range preflight that avoids ceiling, floor, zero-release, or otherwise non-estimable regimes; - instrument-adequacy preflight proving that the answer channel can terminate, emit the registered schema, preserve the intended semantic fields, and reach the prospectively frozen minimum admissible-output rate before any confirmatory denominator is opened; - prospectively frozen workload, split, model, prompt, evaluator, budget, metrics, uncertainty method, exclusion rules, and stop rules; - matched baselines and ablations that preserve resources and information access where the comparison requires it; - label-isolated or separately implemented evaluation with measured evaluator error and disagreement; - justified sample size or precision target rather than a convenient call count; - adversarial, omission, leakage, contamination, shortcut, and result-laundering controls; - exact cost, latency, token/compute, review burden, cleanup, fallback, rollback, and displaced-work accounting; - replication across seeds and, when the claim includes transfer, across model families, workloads, or environments; - retained raw outputs, failures, nulls, exclusions, digests, code, and replay instructions; and - a claim-specific disposition that can promote, retain, narrow, refute, deprecate, or remain blocked without converting failure into success. An instrument failure is not a claim result. `instrument_inadequate_recampaign_required` preserves the attempt, cost, logs, and repair obligation, but it does not count as `no_change`, refutation, support retention, or a full attempt against the claim. Repair requires a new prospective protocol version; the failed run may not be rescored into an outcome after the fact. `blocked_after_full_attempt` is permitted only when the record names the exact external or resource constraint, at least three materially distinct routes attempted when such alternatives exist, retained logs, why further local work would repeat rather than reduce uncertainty, and a concrete re-entry condition. An inconvenient result, weak first implementation, expired token, missing optional application bridge, or untried alternative is not a full-attempt blocker. ## Operating principles 1. **Proof obligation before implementation.** No campaign begins from a broad chapter slogan. The exact atom, lane, falsifier, baseline, and promotion ceiling are fixed first. 2. **Semantic adequacy before theorem count.** New Lean work must improve the model, transition semantics, composition argument, countermodel, or implementation refinement. Theorem-count growth is not a deliverable. 3. **Useful operating range before outcome spend.** A sacrificial preflight may tune task difficulty and protocol reliability; its examples never enter the held-out denominator. 4. **Natural work plus controlled diagnostics.** Synthetic fixtures remain valuable for exact invariants. Empirical claims also require workloads whose input diversity, ambiguity, effects, and failure prevalence resemble the claimed use setting. 5. **Strong models and honest comparison.** Model choice is frozen from a dated capability preflight. A weak model cannot be used to dismiss a mechanism, and a frontier model cannot be used to hide the mechanism behind raw capability. 6. **Measure the joint frontier.** Quality, useful throughput, unsafe release, false refusal, calibration, latency, cost, operator burden, governance cost, rollback completeness, and residual honesty are reported together. No latency-only, safety-only, or zero-release victory is allowed. 7. **Effects, not declared surfaces.** Rollback covers model, optimizer, scheduler, RNG, cache, checkpoint, backup, descendant, file, process, message, credential, remote, and user-visible effects that the workload can create. Unobserved external effects remain explicit residuals. 8. **Independent implementation without a human-review fiction.** Evaluators, observers, and replayers must be isolated from candidate labels and, for flagship claims, separately implemented. This is internal methodological separation, not independent external-human review. External-human prepublication review or outreach is not required or claimed. 9. **Current SOTA is a dated comparator, not a slogan.** Any superiority claim names the exact baseline, version, model, dataset/split, hardware, budget, metric, uncertainty, and comparison date. “Beyond SOTA” remains a target unless that exact gate passes. 10. **Existing chapters before new chapters.** Results improve the 54 current owners first. A new chapter requires a distinct interface, invariant, artifact, failure mode, evidence program, and a demonstrated ownership gap. 11. **Refutation improves the book.** Failed signature claims are narrowed or rewritten; they are not buried in appendices while broad prose survives. 12. **Closure preserves momentum.** This roadmap cannot close with no active successor. The terminal transaction must activate the next unfinished-work or maintenance/evidence-renewal roadmap and reconcile all public pointers. 13. **Argument is a launch state, not a refuge.** Every load-bearing atom gets a promotion-or-refutation campaign. Retaining `argument` is terminal only after a recorded full attempt shows why stronger support was not earned. 14. **Proof surface earns its maintenance cost.** Every theorem must constrain a claim, enable a refinement/executable check, expose a countermodel, or serve a documented reusable dependency. Vacuous, duplicative, assumption- restating, and unconsumed declarations are merged, retired, or replaced. 15. **Public synthesis inherits evidence discipline.** The maintained X Article synopsis may simplify presentation but may not flatten support states, omit decisive negative results, or advertise roadmap targets as findings. 16. **Bound work in progress before expanding scope.** When the working tree exceeds 250 changed paths or contains more than three independent work packages, no new family or campaign may start until a machine-readable inventory names every package, generated versus authored surfaces, base commit, dependency order, validation state, rollback boundary, and checkpoint disposition. Coherent checkpoint commits are preferred when explicitly authorized. Without commit authority, record `checkpoint_blocked_no_commit_authority`, keep validation truthful, and do not infer authorization. File, commit, and checkpoint counts are never evidence for a book claim. 17. **Finish from the repository, without conversational dependencies.** No unfinished gate may require a ChatGPT, Claude, Gemini, or other hosted chat conversation; a signed-in browser session; an outside participant; or a fresh user approval for safe, reversible, local roadmap work. Historical conversational runs remain immutable evidence about those instruments, but they create no future dependency. Candidate generation may use the current Codex worker, a locally available or open-weight model, deterministic fixtures, or a prospectively frozen mixture, with exact role and identity recorded. Missing optional model access triggers a documented role substitution and claim ceiling, never waiting. Evaluator separation comes from frozen labels, candidate-before-label closure, independently implemented evaluators, negative mutations, and replay—not from pretending one model is an external reviewer. Automated browser checks remain allowed for the locally rendered book; they may not become hosted-chat gates. External publication, deployment, archive deposit, or social posting may finish `ready_not_published` when authority is absent. ## Execution board | Priority | Activation state | Purpose | Terminal authority | |---|---|---|---| | P0 — Proof authority and continuity | completed | Install this successor, baseline the evidence gap, define proof language, and make same-transaction successor continuity mandatory. | Roadmap, machine status, schema, validator, public pointers, workflow rule, negative controls. | | P1 — Complete claim decomposition | completed | Atomize all 54 core claims and all material subordinate claims into typed, falsifiable obligations with exact acceptance and refutation rules. | Claim-atom registry, chapter dossiers, coverage report, zero unowned material claims. | | P2 — Existing-proof rationalization, formal semantics, and refinement | completed | Audit every existing theorem and target; retire fluff and duplication; replace high-value finite-record proxies with state machines, trace properties, countermodels, composition theorems, and runtime refinement checks. | Complete proof inventory and dependency graph, 54 claim dossiers, retirement ledger, proof-model dossiers, Lean artifacts, mutation/countermodel suite, proof-to-runtime traceability. | | P3 — Executable integrated reference architecture | completed | Build real end-to-end governed work, learning, and audit/replay slices with observed effects and effect-complete rollback accounting. | Versioned reference implementation, natural task corpus, effect ledger, replay bundles, failure-injection report. | | P4 — Signature causal campaigns | completed | Give governance/usefulness, routing/deliberation, update/unlearning, and residual/rollback claims adequately powered, preregistered attempts in informative regimes. | Frozen protocols, raw results, independent evaluator/replayer outputs, exact dispositions. | | P5 — Full claim-family evidence program | completed | Test the remaining authority, planning, memory, security, compression, economics, benchmark, oversight, improvement, integration, and replaceable-cognitive-substrate claim families. | Family campaign bundles and per-atom adjudications covering every activation chapter plus the accepted new cognitive-substrate chapter. | | P6 — External reproduction and SOTA challenge | completed | Reproduce the strongest relevant public baselines, including current Transformer and non-Transformer cognitive substrates, and test exact Pareto or dominance claims on current models and workloads. | Dated comparator ledger, architecture-taxonomy and ABI comparison ledger, reproduction receipts, robustness/transfer matrix, bounded SOTA dispositions. | | P7 — Book-wide evidence integration | completed | Rewrite existing chapters around results, counterevidence, runnable examples, and honest limits; insert and fully reconcile the accepted replaceable-cognitive-substrates chapter; synchronize claims, sources, proofs, tests, and appendices. | 55 reconciled chapter dossiers after the accepted structural insertion, updated Appendix C/E/F/H/K, reader-facing result explanations, no proxy language. | | P8 — Reader release and terminal evidence freeze | completed | Resolve or preserve EPUB/PDF blockers and make exact living-book and reader release decisions over an evidence-reconciled freeze. | Format dispositions, release/no-release records, validation/attestation receipts, exact evidence freeze for P9. | | P9 — Maintained X Article synopsis and 5:2 header | completed | Produce a concise, proof-led public synthesis of the evidence-reconciled book, validate it against the current X Article composer, create an accessible exact-ratio header, and install release-triggered maintenance. | Under-10,000-word canonical article source, live-book link at top, claim/evidence crosswalk, 2000×800 header plus provenance and alt text, composer preflight, staleness validator, publication/no-publication record, active successor authority. | ## P0 — Proof authority and continuity P0 is complete when this roadmap is the sole active canonical successor, its machine record validates against schema, all public truth surfaces name it, the prior cycle remains immutable history, and the living workflow rejects closure without a same-transaction successor. Activation changes no chapter, support state, proof result, benchmark result, reader approval, release, license, or public deployment. It creates an execution authority and a stronger burden of proof only. ## P1 — Complete claim decomposition ### Required work 1. Generate `evidence_quality/claim_atom_registry.json` and a readable `docs/claim_atom_registry.md` from the 54 manifest core claims, chapter prose, Appendix C, the core disposition ledger, proof manifest, test specs, and evidence-quality vectors. Keep semantic decisions in `evidence_quality/claim_atom_reviews.json`, generate one dossier per chapter under `evidence_quality/claim_dossiers/`, and preserve prose-only assertions in `evidence_quality/prose_claim_candidate_queue.json` until each receives an explicit materiality disposition. 2. Scan all chapters for material subordinate claims: mechanism efficacy, necessity, sufficiency, superiority, safety, security, efficiency, scalability, causal, transfer, normative, and implementation claims. 3. Assign every material claim one owner. Cross-chapter claims may have consumers, but only one canonical disposition owner. 4. Split mixed propositions. In particular, separate “record exists,” “gate enforces,” “gate improves outcomes,” “rollback restores effects,” and “result transfers.” 5. Record the strongest contrary evidence already in the repository, including the governance-tax, routing, deliberation, update, unlearning, and QCSA no-change/refutation results. 6. Define promotion ceilings prospectively. A chapter-core claim cannot inherit support from an adjacent non-core result without explicit scope coverage. 7. Update chapter wording immediately when decomposition reveals an unfalsifiable, overloaded, normative-as-empirical, or universal claim. 8. Add a validator that rejects missing core coverage, duplicate owners, untyped material claims, circular evidence, promotion without required lanes, and claims whose falsifier is blank or tautological. ### P1 execution receipt at 2026-07-14 The reproducible discovery layer is installed and P1/M1 are honestly in progress: - 1,618 initial structured candidate atoms cover all manifest core, problem, insufficiency, mechanism, interface, invariant, failure-mode, minimum, beyond-SOTA, and formal-target fields across all 54 chapters; - a conservative sentence-cue scan initially preserved 2,394 prose-only candidates and now preserves 2,404 after reviewed wording and manifest ownership expansion for chapter-level materiality adjudication rather than silently excluding them; - 54 generated claim dossiers expose the review queue chapter by chapter; - four schemas separate the generated registry, prose queue, editable review index, and per-chapter semantic-review packets; - `scripts/validate_claim_atom_registry.py` rejects eleven coverage, ownership, falsifier, lane, promotion, completion, staleness, placeholder, summary, and support-effect mutations; and - the first complete semantic sweep, `asi-is-a-stack-not-a-model`, reviewed all 21 manifest atoms and all 34 prose candidates, created three distinct prose-owned material atoms, corrected the typed-artifact interface wording, and found zero unowned material claims in that chapter; - the second complete sweep, `the-efficient-asi-hypothesis`, reviewed all 24 structured atoms and all 47 prose candidates, narrowed the core to a repeated- workload, fixed-predicate, total-contract-cost hypothesis, replaced the vague scale-only insufficiency and mechanism language, promoted full cost attribution and no-gate-bypass into manifest-owned invariants, and found zero unowned material claims; - the third complete sweep, `system-boundaries-and-authority`, reviewed all 35 resulting structured atoms and all 43 prose candidates, removed the untestable “made safe” wording, narrowed the core to an exact versioned and revocable authority tuple with no ambient-authority inference, promoted five unowned prose obligations into the manifest, and left zero unowned material claims; - the fourth complete sweep, `failure-modes-of-ungoverned-intelligence`, reviewed all 32 resulting structured atoms and all 38 prose candidates, replaced the dramatic risk list with a versioned Failure Boundary Map, separated taxonomy entries from observed events and mitigation evidence, promoted nine prose-only obligations into manifest ownership, and left zero unowned material claims; - the fifth complete sweep, `evidence-states-and-claim-discipline`, reviewed all 46 resulting structured atoms and all 55 prose candidates, narrowed the core to an atom-level accepted-transition contract, replaced slogan interfaces with exact producer/authority/projection handoffs, promoted eleven prose-only obligations into manifest ownership, and left zero unowned material claims; - the sixth complete sweep, `scalable-oversight-and-adversarial-ai-control`, reviewed all 45 resulting structured atoms and all 59 prose candidates, replaced the protocol-as-vote framing with a versioned consumer-bound receipt, made expiry and material- change requalification explicit, separated dependency disclosure from tested independence, promoted selective-risk, abstention, information-view, monitorability, audit-leakage, and operator-cost obligations into manifest ownership, and left zero unowned material claims; - the seventh complete sweep, `human-intent-as-a-formal-input`, reviewed all 45 resulting structured atoms and all 50 prose candidates, replaced prompt- as-intent shorthand with a versioned interpretation contract, separated raw expression and preference evidence from authority, made field disposition, bounded-default limits, affected-party rights, consumer binding, material- change re-contracting, correction, appeal, and clarification cost explicit, reconciled the current 25-declaration/35-fixture-outcome formal boundary, and left zero unowned material claims; - the eighth complete sweep, `constitutional-alignment-substrate`, reviewed all 51 resulting structured atoms and all 41 prose candidates, replaced principle-list alignment with a versioned non-self-authorizing constraint contract, added the four missing constitutional/corrigibility comparator assignments, and made authorship, dissent, affected-party standing, material rights usability, conflict routing, captured review, late remedy, migration, descendant correction, and governance-cost obligations explicit while preserving the 41-declaration/17-fixture-outcome finite boundary; - the ninth complete sweep, `moral-uncertainty-and-value-conflict`, reviewed all 58 resulting structured atoms and all 40 prose candidates, replaced generic conflict records with a versioned decision-lease plus rights-receipt contract, added five missing moral-uncertainty/contestability comparator assignments, and made epistemic-versus-normative separation, stakeholder standing, aggregation ownership, material appeal and redress, proportional redaction, portability fidelity, governed fork lineage, dependency disclosure, successor preservation, and contestability-cost obligations explicit while preserving the 44-declaration, two 3/5 harness, worked-example, and bounded- import evidence ceiling; - the tenth complete sweep, `stable-capability-fields`, reviewed all 54 resulting structured atoms and all 28 prose candidates, replaced a generic capability slot with a versioned consumer-relative substitution contract, added manifest ownership for capability-security, Semantic Versioning, and SLSA comparators, separated observable and failure semantics from interface compatibility, provenance from adequacy, local qualification from universal substitutability, and rollback metadata from effect-complete recovery, and made evaluator dependencies, lease decay, field-owned regression and incident memory, downstream reliance, state migration, composition, adversarial failure taxonomy, and a matched causal-transfer campaign explicit while preserving the 3/6 record, 2/6 lifecycle, readiness/residual, and 25-declaration finite evidence ceiling; - the eleventh complete sweep, `capability-replacement-and-rollback`, reviewed all 59 resulting structured atoms and all 47 prose candidates, replaced generic evidence-gated swapping with a prospective state-and-effect transaction, added manifest ownership for corrigibility, progressive- delivery, feature-toggle, MLOps, Kubernetes, and TxFS comparators, separated change class from field identity, checkpoint authority from hindsight, canary from commit, monitor silence from success, rollback from compensation, and local digest equality from semantic/external recovery, and made full inventory/effect ownership, isolated exposure, outcome delay, partial commit, descendants, irreversibility, negative/null retention, and joint useful- safety-cost-recovery evaluation explicit while preserving the 5/9 record, trace/intent, 37-declaration, 15/15-by-24-surface positive boundary and the no-eligible-utility-gain, 32/36 rollback, 2/36 useful-release, and zero-model- candidate negative boundaries; - the twelfth complete sweep, `security-kernel-and-digital-scifs`, reviewed all 66 resulting structured atoms and all 49 prose candidates, replaced generic handle/SCIF framing with a threat-model-bound authority-use transaction, mapped all sixteen assigned sources, separated handles from enforced leases, literal exposure from semantic disclosure, sanitization from declassification, SCIF naming from declared isolation, record validity from complete mediation, revocation from recovery/compensation, and auditability from privacy, while preserving the exact 3/8 authority, 2/6 commit, 6/7 budget, 22-declaration, and 36-transaction negative evidence ceilings and installing strong comparator, joint-metric, causal, replication, and transfer gates; - the thirteenth complete sweep, `model-weight-custody-and-hardware-roots-of-trust`, reviewed all 71 resulting structured atoms and all 71 prose candidates, replaced file-centric custody with a threat-model-bound model-family and derivative-closure transaction, mapped nine sources including primary RATS, key-management, and sanitization standards, separated Evidence, appraisal, Attestation Result, Relying-Party authorization, key release, observed load/use effects, runtime authority, and distribution authority, and made key lifecycle, plaintext/extraction, dependency independence, recovery, revocation, effort-relative sanitization, privacy/rights, availability, cost, and irreversible residuals explicit while preserving the exact 8-record, 9-declaration-under-8-target, 9-mutation, and zero-support-effect boundary; - the fourteenth complete sweep, `ai-supply-chain-integrity-and-lifecycle-provenance`, reviewed all 69 resulting structured atoms and all 58 prose candidates, mapped all eleven assigned sources, replaced metadata-centric graph completeness with a consumer-relative assurance transaction, separated assertions from content and transformation effects, replay, reproducibility, data fitness/rights, supplier truth, advisory applicability, downstream authority, quarantine, restoration, retirement, and erasure, and made relation-specific inheritance, acknowledged propagation, disclosure minimization, privacy/rights, availability, compensation, cost, matched baselines, causal ablations, replication, and transfer explicit while preserving the exact one-record, ten-mutation, seven-declaration-under-six-target, zero-support boundary; - the fifteenth complete sweep, `recursive-self-improvement-boundaries`, reviewed all 73 resulting structured atoms and all 38 prose candidates, mapped all fourteen assigned sources, made promotion legitimacy under self-reference the distinct owner rather than generic replacement or open-ended search, and froze consumer/use, self-model, mutable/protected partition, authority, full declared state, evaluator dependencies, strong baselines, outcome delay, recursive depth, and stop authority prospectively; it separated proposal, implementation, evaluation, admission, replacement, monitoring, rollback, compensation, support transition, and publication, added ontology, correlated evaluator, deceptive/delayed behavior, descendant, irreversible-effect, rights, useful-throughput, and total-cost boundaries, and preserved the exact 3/10 synthetic, 22-declaration-under- three-target, non-recursive update/rollback, and zero-support-effect ceiling; - the sixteenth complete sweep, `open-ended-improvement-engines`, reviewed all 81 resulting structured atoms and all 65 current prose candidates, mapped all eight assigned sources, made bounded adaptive search without admission authority the distinct owner, and froze purpose, legitimate objective, representation, controller, task/candidate/evaluator/exposure/archive/hazard policy, portfolio resources, stop authority, horizon, and support ceiling before outcomes; it separated filtering from qualification, novelty from usefulness, durable receipts from dangerous payloads, stopped search from capability gain, and controller change from ordinary child generation, added complete selection denominators, opportunity costs, effectful stopping, causal ablations, replication, recursive-depth, and transfer gates, and preserved the exact seven-record admission fixture, two fixed stopped campaigns, seven-stage/81-route/91-mutation lifecycle, governor-only handoff, version-2 readmission, and zero-support-effect ceiling; - the seventeenth complete sweep, `intent-to-execution-contracts`, reviewed all 76 resulting structured atoms and all 39 prose candidates, mapped all twelve assigned sources, and made consumer-relative semantic and authority conformance across the accepted-contract lineage the distinct owner rather than intent intake, planning, compilation, runtime enforcement, artifact lineage, or evidence admission; it separated requested, planned, dispatched, acknowledged, attempted, observed, compensated, verified, delivered, useful, safe, and recovered states, added field semantics, data/control separation, effect observation, complete denominators, expiry, rights/cost, causal, replication, and transfer gates, audited all 19 theorem declarations under seven targets as finite activation scaffolds, and preserved the exact synthetic probes, four negative or non-promoting campaign generations, and zero-support-effect ceiling; - the eighteenth complete sweep, `planning-as-a-control-layer`, reviewed all 76 resulting structured atoms and all 33 prose candidates, mapped all nine assigned sources, and made prospective obligation scheduling under uncertainty the distinct owner rather than semantic conformance, lowering, worker qualification, job creation, authority, effects, verification, evidence, release, rights, or cost accounting; it separated candidate plans, typed dependency and feasibility claims, route requests, dispatch requests, feedback-driven replans, merge decisions, observed outcomes, and support transitions, added complete alternatives and attempt denominators, dependency falsifiers, effect-tested stops and recovery, causal ablations, reproduction, and transfer gates, audited all 33 theorem declarations under seven targets as finite activation or fixture scaffolds, and preserved the exact seven-valid-record, twenty-six-rejecting-control, two-no-change- transition, zero-support-effect ceiling; - the nineteenth complete sweep, `cognitive-compilation-and-semantic-ir`, reviewed all 72 resulting structured atoms and all 52 prose candidates, mapped all sixteen assigned sources, and made a versioned, consumer- and target-relative translation contract the distinct owner rather than intent interpretation, plan selection, context supply, worker routing, jobs, authority, effects, artifact lineage, validation, support, release, rights, or cost accounting; it separated source acceptance, IR well-formedness, semantic preservation, target validity, artifact usefulness, effects, and support, added actual-target inspection, evaluator-dependency disclosure, stable identity, observed mutation and dependency-closed rebuild, complete denominators, causal ablations, reproduction, and cross-target transfer gates, audited all fourteen theorem declarations under three targets as two assumption-restating and twelve finite-route activation scaffolds, and preserved the exact mixed QCSA results, synthetic-record limits, active- question refutation on the frozen corpus, and zero chapter-core support effect; - the twentieth complete sweep, `virtual-context-abi`, reviewed all 75 resulting structured atoms and all 36 prose candidates, mapped all twenty-four assigned sources, and made the static, versioned, consumer- and purpose-relative request-to-materialization contract between durable memory and the actual model- or worker-visible packet the distinct owner rather than durable updates, dynamic transactions, verification adequacy, claim support, runtime effects, rights, release, or resource authority; it bound exact request, candidate, packet, source and field lineage, transformation, omission, frontier, lifecycle, authority, rights, use, adequacy state, cost, fault, and residual records, separated conformance from freshness, fidelity, adequacy, model use, outcome contribution, usefulness, safety, and support, added actual-packet observation, complete denominators, matched natural baselines, causal ablations, reproduction, and cross-model and cross-backend transfer gates, audited all 31 theorem declarations under six targets as five assumption or authority projections and twenty-six finite route consequences, and preserved the exact synthetic-record limits, mixed QCSA findings, active-question refutation, operation-cost failure, and zero chapter-core support effect; - the twenty-first complete sweep, `context-transactions-snapshots-mounts-and-taint`, reviewed all 73 resulting structured atoms and all 37 prose candidates, mapped all fifteen assigned sources, and made dynamic, versioned durable context-state transition the distinct owner rather than static packet materialization, intent or planning, security and rights, claim revision, artifact lineage, runtime effects, model-state update and unlearning, verification, cost, support, or release; it added exact pre/post-state observation, concurrency anomalies, branch merge/abort, purpose-bound mounts, causal ordering, retry idempotency, participant- and fault-model-bounded atomicity and durability, taint and deletion reachability, storage-versus-model-erasure categories, crash and restart recovery, external-effect residuals, complete denominators, strong transactional and memory baselines, causal ablations, reproduction, and transfer gates, audited all 23 theorem declarations under four targets as two assumption-restating operational declarations and twenty-one finite Boolean, list, route, or authored-summary consequences, and preserved the exact 3/6 memory-store, 2/4 sequence, 1/10 restart, and zero-support-effect ceiling; - the twenty-second complete sweep, `verification-bandwidth-and-context-adequacy`, reviewed all 73 resulting structured atoms and all 37 prose candidates, mapped all sixteen assigned sources, and made the prospective, claim-specific obligation-to-capacity contract for an exact verification attempt the distinct owner rather than context conformance, transaction validity, reviewer competence, claim support, formal-property semantics, security and rights, artifact lineage, runtime effects, cost, or release; it froze claim and requested-effect scope, complete declared positive and negative obligations, actual source units, eligible modes, evaluator dependence, resources, authority, rights, horizon, stop and escalation rules before outcomes, then required complete attempt, result, disagreement, cost, residual, expiry, and causal-use records; it added matched natural baselines, explicit false-acceptance, false-refusal, missed-help, usefulness, privacy and total-cost gates, causal ablations, reproduction, and cross-model, cross-domain, and cross-evaluator transfer; it audited all fourteen theorem declarations under four targets as three assumption-restating predicate or summary declarations and eleven finite witness or route consequences, and preserved the exact 3/5 admission, 2/7 contradiction, 3/5 capacity, 12/66/18/48 conservative count, 24/6 named decomposition, zero-of-360 substantive-candidate negative result, and zero- support-effect ceiling; - the twenty-third complete sweep, `claim-ledgers-and-belief-revision`, reviewed all 73 resulting structured atoms and all 36 prose candidates, mapped all eighteen assigned sources, and made durable semantic claim identity plus append-only state-transition history the distinct owner rather than verification adequacy, evidence validity and support, formal property semantics, reviewer competence, context state, general artifact provenance, execution authority, rights, cost, or release; it added explicit natural- language proposition, scope, assumption, variant, evidence/attack, contradiction, dependency, ontology, concurrency, surface, expiry, authority, cost, and residual fields, owner-gated transitions, event replay, bounded dependency repair, ontology migration, no-lost-update semantics, exact surface acknowledgment, complete semantic-error and cost denominators, matched natural baselines, causal ablations, reproduction, and cross-model, cross-domain, cross-ontology, cross-language, and cross-evaluator transfer; it audited all twenty theorem declarations under four targets as five predicate-projection or blocking consequences, fourteen finite route consequences, and one assumption-restating authored-summary bridge, and preserved the exact 5/7 revision-fixture, 1/11 historical-lifecycle, mixed QCSA, and zero-support-effect ceiling; - the twenty-fourth complete sweep, `spinoza-verification-and-proof-carrying-claims`, reviewed all 76 resulting structured atoms and all 35 prose candidates, mapped all eighteen assigned sources, and made prospective verification-route execution plus bounded verdict custody the distinct owner rather than target identity, obligation adequacy, mode-specific proof/source/procedure/replay/benchmark validity, artifact lineage, reviewer competence and contestability, support, action, rights, cost, or release; it added prospective route portfolios, exact natural/formal mappings, artifact and trusted-verifier boundaries, complete attempt histories, bounded dossier frontiers, multidimensional reviewer dependence, adversarial probes, ignorance, dissent, appeal, changed-boundary reuse guards, typed consequences, complete outcome and cost denominators, matched natural baselines, causal ablations, reproduction, and cross-model, cross-domain, cross-language, cross-formal-system, cross-evaluator, cross-organization, cross-threat, and temporal transfer; it audited all twenty-one Lean declarations under five public targets as twelve predicate- projection or blocking consequences, eight finite tribunal-route consequences, and one assumption-restating authored-summary bridge, and preserved the exact 3/5 proof-carrying, 3/5 tribunal, 2/7 dossier, 1/11 historical method/independence, related 3/6 epistemic-TCB, and zero-support- effect ceiling; - the twenty-fifth complete sweep, `labor-os-and-typed-jobs`, reviewed all 76 resulting structured atoms and all 32 prose candidates, mapped all ten assigned sources, and made admitted work lifecycle plus terminal receipt custody the distinct owner rather than intent, plan correctness, permissions, approvals, runtime effects, context, artifacts, verification, evidence, support, learning, cost, or release; it added exact contract/plan parentage, stable job/attempt/lease/effect identities, admission and locks, lifecycle expiry, least privilege, exact approval, workspace/secret/adapter boundaries, fairness-aware scheduling, bounded leases, observed effects, idempotent retry, recovery and compensation, delivery/evidence separation, terminal receipts, complete work/fault/cost denominators, strong workflow baselines, causal ablations, reproduction, and cross-model, cross-domain, cross-backend, cross- scheduler, cross-organization, cross-authority-regime, cross-fault, and temporal transfer; it audited all twenty-seven Lean declarations under five public targets as two predicate-projection or blocking consequences, twenty- three finite route or negative-case consequences, and two assumption- restating authored-summary bridges, and preserved the exact 3/10 plan- execution, 2/7 delivery, 2/9 durable-lifecycle, accepted no-promotion, and zero-support-effect ceiling; - the twenty-sixth complete sweep, `artifact-graphs-audit-logs-and-replay`, reviewed all 81 resulting structured atoms and all 78 prose candidates, reconciled all eighteen assigned sources, and made durable artifact identity, derivation, record-reality custody, replay grade, and impact closure the distinct owner rather than job lifecycle, context, runtime effects, source admission, verification, evidence, support, learning, readiness, or release; it added independent observation, revision and event custody, canonical/projection separation, forward and reverse indexes, transitive revocation, alternate derivations, exact replay locks, terminal receipts, receipt challenges, bounded epistemic trust, rights/deletion propagation, impact queries, complete denominators, strong provenance/metadata/attestation/workflow baselines, causal ablations, independent reproduction, and cross-repository, cross-artifact, cross-model, cross-tool, cross-workflow, cross-store, cross-organization, cross-threat, cross-rights-regime, and temporal transfer; it audited all forty-three Lean declarations under ten public targets as five predicate-projection or blocking consequences, thirty-one finite route/sequence/negative-case consequences, and seven authored-summary bridges, and preserved the exact ten bounded fixture/observation families, eight no-promotion decisions, two historical service observations, and zero-support-effect ceiling; - the twenty-seventh complete sweep, `runtime-adapters-tool-permissions-and-human-approval`, reviewed all 77 resulting structured atoms and all 64 prose candidates, reconciled all twenty-five assigned sources, and made leased effect dispatch, independent effect observation, containment, and terminal effect receipt custody the distinct owner rather than objective, plan, identity, policy, permission or approval legitimacy, context, artifact truth, verification, evidence, support, readiness, or release; it added multidimensional capabilities, semantic non-authority, structured approvals, reviewer-degradation gates, partition-aware effect leases, identified enforcement, secret non- materialization, pre-state and effect inventories, independent effect observation, fault/revocation/incident custody, effect-complete recovery, complete denominators, strong sandbox/capability/workflow/approval/control- data/adversarial-evaluation baselines, causal ablations, independent reproduction, and cross-model, cross-task, cross-tool, cross-target, cross- OS, cross-sandbox, cross-organization, cross-authority/right-regime, cross- partition, cross-attack, and temporal transfer; it audited all forty-nine Lean declarations under six public targets as ten predicate-projection or blocking consequences, thirty-seven finite route or negative-case consequences, and two authored-summary bridges, and preserved the exact five fixture families, one local temp-file effect, one no-promotion decision, adjacent bounded QCSA results, and zero-core-support ceiling; - the twenty-eighth complete sweep, `inter-stack-protocols-identity-and-economic-exchange`, reviewed all 80 resulting structured atoms and all 47 prose candidates, reconciled all ten assigned sources, and made the versioned cross-stack exchange contract for actor identity, semantic payload, credential evidence, delegation, privacy obligations, economic-state separation, response, dispute, revocation, and residual custody the distinct owner while preserving intent, organization, security, runtime effect, context, artifact, evidence, resource, rights, federation, human adjudication, readiness, and release owners; it expanded the lifecycle to eighteen mechanisms, twelve interfaces, eighteen invariants, and eighteen failure modes; specified matched natural protocol, identity, credential, delegation, economic-simulation, threat, causal, independent-reproduction, and heterogeneous-transfer work; audited all nine Lean declarations as finite route or negative-control consequences with zero predicate-projection or authored-summary bridges; and preserved the exact nine-record, eleven-mutation, no-live-peer, zero-support-effect ceiling; - the twenty-ninth complete sweep, `procedural-memory-and-cognitive-loop-closure`, reviewed all 73 resulting structured atoms and all 48 prose candidates, reconciled all eighteen assigned sources, and made evidence-gated promotion from complete repeated execution traces into qualified reusable execution structure the distinct owner while preserving artifact reality, semantic and episodic memory, belief support, compilation, routing, effect authority, verification, readiness, human work, rights, and model-state learning owners; it expanded the lifecycle to eighteen mechanisms, twelve interfaces, eighteen invariants, and eighteen failure modes; specified prospective comparability, complete trace universes, failure retention, causal alternatives, typed parameters, reproducible synthesis, matched natural baselines, joint lifecycle metrics, causal interventions, independent reproduction, effect-complete recovery, and heterogeneous transfer; audited nineteen Lean declarations as two direct predicate/projection checks and seventeen derived finite route, negative, or fixture consequences; and preserved the exact one- schema, twenty-authored-case, no-natural-procedure, zero-support-effect ceiling; - the thirty-second complete sweep, `personal-compute-hives-and-federated-edge-intelligence`, reviewed all 77 resulting structured atoms and all 56 prose candidates, reconciled all 23 assigned sources including the bounded CAP comparator, and made consumer- specific governed job admission and placement the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve interfaces, eighteen invariants, and eighteen failure modes; classified 26 Lean declarations as four direct predicate/projection checks, twenty-one derived finite route or negative consequences, and one authored-summary bridge; preserved the exact seven-schema, 2-valid/8-invalid admission, 3-valid/6-invalid partition, one- no-change-transition, no-live-hive evidence ceiling; and froze the strong matched-baseline, joint-metric, causal-ablation, independent-reproduction, and heterogeneous-transfer argument-exit campaign; - the thirty-third complete sweep, `compact-generative-systems-and-residual-honesty`, reviewed all 80 resulting structured atoms and all 54 prose candidates, reconciled all 17 assigned sources including the missing exact RAPTOR mapping, and made consumer- specific compact-representation admission and residual custody the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve interfaces, eighteen invariants, and eighteen failure modes; classified 32 declarations across three Lean modules as six direct checks, twenty-three derived finite consequences, and three authored-summary bridges; preserved the exact toy GVR, Circle, residual-ledger, QCSA, and 0/24 residual-pressure boundaries; and froze the real-codec, downstream-consumer, matched-baseline, joint-total- burden, causal-ablation, independent-reproduction, and transfer campaign; - the thirty-fourth complete sweep, `fast-generation-architectures`, reviewed all 76 resulting structured atoms and all 36 prose candidates, reconciled all 21 assigned sources including the missing exact Recurrent Transformer mapping, and made request-specific accelerated-route admission plus complete end-to-end speed-receipt custody the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve interfaces, eighteen invariants, and eighteen failure modes; classified 38 Lean declarations as five direct predicate or projection checks, thirty-one derived finite route, negative, or fixture consequences, and two authored-summary bridges; preserved the exact not-run schema, 18-mode/13-comparison zero-promotable Theseus import, two-command replay, four-task deterministic accounting bundle, aggregate, and two no-change boundaries; and froze the real-model, serving, full-timing, matched-baseline, joint-frontier, causal-ablation, independent-reproduction, and heterogeneous-transfer campaign; the subsequent P2 refinement retains three genuine countermodels, physically retires 35 projections, assumption restatements, and copied result summaries, and replaces them with a seventeen-declaration, eight-stage, sixty-route request-to-closure lifecycle and an independent 51-mutation consumer; - the thirty-fifth complete sweep, `governed-deliberation-and-test-time-scaling`, reviewed all 81 resulting structured atoms and all 38 prose candidates, reconciled all eight assigned sources, and made the request-specific extra-inference lease, complete candidate/history custody, stopping, and bounded planning handoff the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve interfaces, eighteen invariants, and eighteen failure modes; classified all ten Lean declarations as derived finite route consequences; preserved the exact ten-route/eleven-mutation admission bridge, fifteen harms, 300-example setup, 179/180 adaptive versus 154/180 fixed versus 130/180 direct synthetic result, zero fallback activations, two no-change decisions, and later 0/60 real-model null; and froze the deliberately ambiguous natural real-model, independent outcome/faithfulness evaluation, causal-ablation, reproduction, and transfer campaign; the subsequent P2 refinement retains two general countermodels, physically retires eight flat route consequences, and replaces them with an eleven- declaration, eight-stage, 59-route request-to-closure lifecycle. Its independently implemented consumer rejects 51/51 non-accepting mutations; reaches both residual escrow and bounded planning handoff; reruns and digest- binds the ten-case admission result, the three-seed result with 900 routing, 540 deliberation, and 180 interference records, and the actual-model result and adjudicated outcome ledger; preserves the actual-model five-arm 0/60 `no_change`/`no_core_promotion` boundary with no initially correct cases; and grants no support-state or external-effect authority; - the thirty-sixth complete sweep, `rankfold-neuralfold-and-artifact-compression`, reviewed all 74 resulting structured atoms and all 46 prose candidates, reconciled all six assigned sources, and made the artifact-, consumer-, use-, access-pattern-, decoder-, platform-, and time-specific Compressed Artifact Admission Lease the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified the nineteen Lean declarations as two direct predicate or projection consequences and seventeen derived negative or finite routes; preserved the exact schema, 3,936-byte RAW0 exact replay with no compression advantage and one corrupt-byte rejection, three NEURAL0 metadata imports, and two no-change boundaries; and froze the enabled-codec, heterogeneous-corpus, full-accounting, matched-baseline, causal-ablation, independent-reproduction, and transfer campaign; - the thirty-seventh complete sweep, `resource-economics-and-token-budgets`, reviewed all 82 resulting structured atoms and all 89 prose candidates, reconciled all sixteen assigned sources, and made the consumer-, task-, risk-, workload-, organization-, resource-, and time-specific Resource Allocation Lease plus bounded simulation claim transport the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; audited eleven targets across forty-five ResourceEconomics and thirteen SimulationFidelity theorem declarations as finite gates, negatives, fixture summaries, and public-record alignment rather than economic proof; preserved the ten-command/twenty-six-artifact flagship, three narrow transitions, five no-promotion decisions, selector, workflow, budget, capacity, timing, synthetic-load, CI, governance-tax, simulation-transfer, and Theseus-import boundaries with zero chapter-core effect; and froze the natural multi-tenant real-model/serving, complete-cost, matched-policy, delayed-outcome, causal-ablation, independent-reproduction, and transfer campaign; - the thirty-eighth complete sweep, `mathematical-and-search-substrates`, reviewed all 74 resulting structured atoms and all 50 prose candidates, reconciled all fourteen assigned sources, and made the consumer-, use-, workload-, claim-axis-, implementation-, baseline-, resource-, and time-specific Substrate Adoption Lease the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all eleven SearchSubstrates theorem declarations as three direct record projections, five derived finite negative cases, and three authored trace- fixture consequences rather than substrate proof; preserved the exact one- record, four-valid/eight-invalid synthetic-trace boundary with zero candidate A/B, learned-model, kernel, natural-workload, benefit, reproduction, transfer, or chapter-core effect; and froze the inspectable-candidate, natural-workload, matched-baseline, joint-burden, causal-ablation, independent-implementation/ evaluation, and heterogeneous-transfer campaign; - the thirty-ninth complete sweep, `circle-calculus-and-proof-carrying-ai-contracts`, reviewed all 74 resulting structured atoms and all 53 prose candidates, reconciled all five assigned sources, and made the theorem-, model-, artifact-, implementation-, consumer-, claim-, version-, and time-specific Proof Contract Transport Envelope the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all ten ProofCarryingContracts declarations as two direct record projections, seven derived finite or negative consequences, and one authored public-gate fixture rather than transport proof; preserved two schema records, one narrow non-core external rope transition, the one-valid/four-invalid ASI consumer gate, the nine-contract/four-policy-receipt/five-invalid archive and no-change decision, and zero chapter-core effect; and froze the natural multi-consumer, strong-control, semantic-refinement, adversarial, revocation/liveness, complete-cost/rights, causal-ablation, independent-implementation, and heterogeneous-transfer campaign; - the fortieth complete sweep, `coil-attention-cyclic-memory-and-recurrence-contracts`, reviewed all 73 resulting structured atoms and all 69 prose candidates, reconciled all seven assigned sources including three missing recurrent-Transformer mappings, and made the memory-object-, state-version-, request-, consumer-, workload-, structural-axis-, budget-, and time-specific State-Carry and Recurrence Admission Lease the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all six CoilAttentionMemory declarations as two direct record projections and four derived negative cases rather than memory or recurrence proof; preserved the one schema record, three-valid/six-invalid synthetic trace, five public-safe Circle structural receipt slices and their no-promotion boundaries, and zero chapter-core effect; and froze the natural memory/retrieval/streaming/recurrent workload, strong-baseline, joint-burden, causal-ablation, fallback/recovery, independent-reproduction, and transfer campaign; - the forty-first complete sweep, `coilra-multicoil-rope-and-cyclic-mixers`, reviewed all 73 resulting structured atoms and all 59 prose candidates, reconciled all five assigned sources at their exact passage-reviewed boundaries, and made the model-, layer-, mechanism-version-, workload-, baseline-, kernel-, hardware-, claim-axis-, and time-specific Cyclic Mechanism Tradeoff Packet the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all seven CyclicMixers declarations as two direct record projections and five finite negative cases rather than cyclic-mechanism, numerical, kernel, quality, runtime, memory, liveness, reproduction, or transfer proof; preserved the schema record, inherited RoPE structural boundary, two public-safe Circle cyclic receipt slices, two no-change decisions, and zero chapter-core effect; and froze the natural workload, strong-control, real-kernel, complete-cost, causal-ablation, fallback/recovery, independent-implementation, and heterogeneous-transfer campaign; - the forty-second complete sweep, `executable-specifications-and-lean-proof-envelope`, reviewed all 73 resulting structured atoms and all 56 prose candidates, reconciled all twelve assigned sources at exact passage-reviewed boundaries, and made the proposition-, predicate-, abstraction-, artifact-, verifier-, consumer-, implementation-, version-, environment-, and time-specific Formal Artifact Authority Lease the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all seven local ProofEnvelope declarations as two direct record projections and five derived finite negative cases rather than semantic adequacy, implementation refinement, runtime enforcement, safety, capability, cost, reproduction, or transfer proof; preserved the 298-target manifest, 65-module/68-job workspace, 1,151-declaration depth inventory, readiness/traceability/adequacy surfaces, blocked semantic-depth fixture, ten rejecting mutations, and zero chapter-core effect; and froze the full declaration rationalization, richer-semantics, executable/empirical handoff, implementation-binding, revocation, independent-reproduction, and transfer campaign; - the forty-third complete sweep, `benchmark-ratchets-and-anti-goodhart-evidence`, reviewed all 74 resulting structured atoms and all 62 prose candidates, reconciled all twenty-nine assigned sources at exact passage-reviewed boundaries, and made the construct-, task-, dataset-, metric-, harness-, model-, checkpoint-, output-, evaluator-, baseline-, retry-lineage-, budget-, environment-, claim-axis-, and time-specific Benchmark Instrument Lease the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all eight local BenchmarkRatchets declarations as two direct projections, three derived finite decision cases, and three fixed fixture-normalization assertions rather than construct, metric, contamination, capability, safety, deployment, unlearning, reproduction, or transfer proof; preserved the two schemas, one blocked provenance record and ten mutations, two-valid/five-invalid synthetic harness, persisted fixture bridge, and zero chapter-core effect; and froze the natural/adversarial workload, construct-validity, matched-control, contamination/public-calibration, selection-lineage, causal/meta-evaluation, independent-reproduction, and heterogeneous-transfer campaign; - the forty-fourth complete sweep, `capability-thresholds-and-deployment-commitments`, reviewed all 79 resulting structured atoms and all 57 prose candidates, reconciled all six assigned sources at exact passage-reviewed boundaries, and made the domain-, threat-, assessment-, policy-version-, safeguard-package-, release-path-, authority-, exception-, residual-, and time-specific Capability-to-Deployment Commitment the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all eight local CapabilityThresholds declarations as derived finite reductions of one hand-authored decision tree rather than threshold validity, capability, dangerousness, safeguard efficacy, readiness, release, deployment, reproduction, or transfer proof; preserved two schemas, eight digest-bound synthetic valid records, five rejecting mutations, and zero chapter-core effect; and froze the natural/adversarial assessment, strong elicitation, safeguard-exercise, exception-pressure, false-clear/false-block, causal, independent-institution, and heterogeneous-transfer campaign; - the forty-fifth complete sweep, `adversarial-evaluation-sandbagging-and-training-time-deception`, reviewed all 79 resulting structured atoms and all 57 prose candidates, reconciled all ten assigned sources at exact passage-reviewed boundaries, and made the consumer-, decision-, model-, task-, elicitation-, authority-, monitor-, reward-, selection-, evaluator-, hypothesis-, outcome-, lineage-, and time-specific Evaluation Observation Integrity Packet the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all eight local AdversarialEvaluation declarations as derived finite reductions of one hand-authored decision tree rather than strategic-behavior, evaluator, causal-faithfulness, capability, mitigation, safety, reproduction, or transfer proof; preserved two schemas, one synthetic review route, seven synthetic negative routes, five rejecting mutations, and zero chapter-core effect; and froze the natural/adversarial cross-context, strong-elicitation, matched- control, dependency-separated-evaluator, causal-ablation, mitigation- descendant, independent-institution, and heterogeneous-transfer campaign; - the forty-sixth complete sweep, `safety-cases-and-structured-assurance`, reviewed all 79 resulting structured atoms and all 47 prose candidates, reconciled all four assigned sources at exact passage-reviewed boundaries, and made the deployment-context-, hazard-, claim-, strategy-, evidence-, assumption-, defeater-, safeguard-, threshold-, readiness-, authority-, release-path-, residual-, version-, and time-specific Assurance Argument Compilation Packet the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all eight local SafetyCases declarations as derived finite reductions of one hand-authored decision tree rather than argument-semantic, hazard, evidence-adequacy, reviewer, control-effectiveness, risk, safety, or runtime proof; preserved two schemas, one synthetic readiness-review route, seven synthetic negative routes, five rejecting mutations, and zero chapter-core effect; and froze the natural multi-hazard, seeded-fault, countercase/outside-envelope, semantic/evidence, causal-ablation, independent-institution, and heterogeneous-transfer campaign; - the forty-seventh complete sweep, `policy-optimization-and-learning-from-feedback`, reviewed all 75 resulting structured atoms and all 38 prose candidates, reconciled all twenty-nine assigned sources at exact passage-reviewed boundaries, and made the target- policy-, baseline-, objective-, feedback-, evaluator-, dataset-, optimizer-, checkpoint-, rollout-, authority-, resource-, monitor-, rollback-, consumer-, environment-, and time-specific Governed Policy Update Lease the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all nineteen PolicyOptimization declarations as eight finite record implications, seven route reductions, three fixture normalizations, and one finite observation-integrity gate rather than learning, reward, causal, forgetting, rollback, runtime, or transfer proof; preserved one schema and fixture, six synthetic samples, two holdouts, five policies, three invalid candidates, one experimental canary, one fixture rollback, and zero chapter-core effect; and froze the natural matched-baseline, reward-validity, causal-ablation, forgetting, natural-monitoring, effect-complete-rollback, independent- reproduction, and heterogeneous-transfer campaign; - the forty-eighth complete sweep, `data-engines-continual-learning-and-unlearning`, reviewed all 86 resulting structured atoms and all 61 prose candidates, reconciled all eleven assigned sources at exact passage-reviewed boundaries, and made the datum-, cohort-, provenance-, rights-, split-, contamination-, learning-lane-, retention-, checkpoint-authority-, full-state-inventory-, descendant-, deletion-request-, claim-axis-, consumer-, environment-, and time-specific Data-and-Descendant Custody Lease the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all fifteen DataEngines declarations as derived reductions of three hand-authored finite route functions rather than learning, reward, convergence, causal-improvement, forgetting, influence, privacy, storage-erasure, runtime, or transfer proof; preserved the four-scenario receipt probe, five-arm/three-seed small-PyTorch campaign, 24 declared state surfaces, 15/15 exact local restores, `no_change` update, behavior changes 4/0/1, three lineage invalidations per seed, influence as proxy-only, source storage as retained, and zero chapter-core effect; and froze the natural matched-policy, full-state, sequential-deletion, causal- influence, privacy, replica/backup-erasure, regrowth, external-descendant, independent-reproduction, and heterogeneous-transfer campaign; - the forty-ninth complete sweep, `artifact-steward-agents-and-living-project-governance`, reviewed all 78 resulting structured atoms and all 54 prose candidates, reconciled all twenty-three assigned sources at exact passage-reviewed boundaries, and made the project-, artifact-, mission-, owner-, authority-, roadmap-, work- contract-, event-, treasury-, compute-, contributor-, evidence-, governance-, release-, federation-, sunset-, consumer-, environment-, and time-specific Artifact Steward Continuity Lease the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all sixteen declarations as consequences or reductions of seven hand-authored finite predicates or route functions rather than mission, injection-resistance, legitimacy, treasury, contribution, capture-resistance, release, rollback, maintenance, sunset, deployment, reproduction, or transfer proof; preserved seven record families, a two-valid/six-invalid lifecycle probe, one adjacent synthetic release handoff, and zero chapter-core effect; and froze the natural multi- project, injection, protected-asset, treasury, compute, contribution, governance-capture, federation, release, rollback, handoff, sunset, independent-reproduction, and heterogeneous-transfer campaign; - the fiftieth complete sweep, `integrated-reference-architecture`, reviewed all 74 resulting structured atoms and all 70 prose candidates, reconciled all thirty assigned sources at exact passage-reviewed boundaries, and made the trace-, run-, request-, intent-, authority-, artifact-, parentage-, layer-, canonical-state-, material-effect-, terminal-receipt-, evaluator-, evidence-, residual-, rollback-, consumer-, environment-, and time-specific Cross-Layer Trace Join Contract the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified sixteen declarations as two finite record implications, five route reductions, eight fixture normalizations, and one conjunction over hand-authored finite objects rather than deployed semantic, authority, revocation, causal, evaluator, evidence, residual, order, liveness, rollback, reproduction, or transfer proof; preserved three valid/six invalid traces, a thirteen-artifact replay, a blocked lineage and eight mutations, a nine-scenario/eight-attack disposable slice with baseline false accepts 8 versus governed 0, zero unsafe releases, three rollback attempts, finite invariant extraction, and zero chapter-core effect; and froze the natural independently operated multi-service, matched-baseline, semantic/authority/ state/effect/evaluator/evidence/residual/lifecycle/rollback, independent- reproduction, and heterogeneous-transfer campaign; - the fifty-first complete sweep, `project-theseus-as-report-first-implementation-reference`, reviewed all 83 resulting structured atoms and all 48 prose candidates, reconciled ten exact source mappings and all twelve proof targets, and made the source-project-, pinned-revision-, report-family-, command-, environment-, artifact-, lineage-, evidence-state-, replay-, public-safety-, publication-permission-, reviewer-, consumer-, and time-specific Implementation-Reference Evidence Packet the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all fifty-four declarations as finite record consequences, route reductions, fixture normalizations, and rejecting overclaim controls rather than imported-report truth, clean live replay, current runtime, model-quality, capability, benchmark, safety, deployment, reproduction, or transfer proof; preserved ten exact mappings, twelve targets, the bounded static and replayed report imports, their exact narrow non-core transitions, zero chapter-core effect, and the stale or missing boundaries; and froze the permissioned public-safe release, clean-room replay, natural actual-model workload, matched-baseline, teacher/external-inference accounting, independent-artifact- review, reproduction, and heterogeneous-transfer campaign; - the fifty-second complete sweep, `prototype-roadmap`, reviewed all 74 resulting structured atoms and all 50 prose candidates, reconciled all twenty-nine assigned sources including ten previously prose-only external comparators, and made the program-, roadmap-, phase-, dependency-, artifact-, acceptance-gate-, authority-, evaluator-, evidence-transition-, phase-debt-, residual-, rollback-, reviewer-, consumer-, environment-, and time-specific Evidence-Gated Phase Unlock Contract the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all eleven declarations as finite record implications, reductions of one hand-authored route, or fixture normalizations rather than phase-graph correctness, gate adequacy, phase completion, usefulness, governance, rollback, reproduction, or transfer proof; preserved one schema/fixture, two valid/six invalid dependency-gate cases, one synthetic expired-evidence check, no completed real phase, and zero chapter-core effect; and froze the natural matched multi-phase program, adversarial dependency, causal-ablation, independent-reproduction, and heterogeneous-transfer campaign; - the fifty-third complete sweep, `living-book-methodology`, reviewed all 75 resulting structured atoms and all 39 prose candidates, reconciled all sixteen assigned sources including eight previously prose-only publication, governance, evaluation, living-benchmark, and contamination comparators, and made the book-, edition-, change-, source-, claim-, proof-, test-, render-, audience-, derivative-, release-, rights-, reviewer-, consumer-, environment-, and time-specific Evidence-Preserving Publication Transaction the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve owner interfaces, eighteen invariants, and eighteen failure modes; classified all twenty-one declarations as finite implications, negative cases, or reductions of hand-authored manifest, update, release, derivative, change-packet, and reader-route records rather than source truth, editorial quality, accessibility, reader value, scholarship, reproduction, or transfer proof; preserved release-record, three-valid/six-invalid change-packet, blocked-reader plus three-valid/five-invalid route fixtures, synchronized publication surfaces, and zero chapter-core effect; and froze the natural independent multi-maintainer, matched-publishing-workflow, injected-drift, reader/ accessibility/editorial, causal-ablation, reproduction, and transfer campaign; - the fifty-fourth complete sweep, `open-research-agenda-and-bibliography-plan`, reviewed all 73 resulting structured atoms and all 28 prose candidates, reconciled all twenty-eight exact source mappings, and made the research-program-, source-or-gap-, backlog-item-, access-, provenance-, public-safety-, chapter-boundary-, claim-, proof-or-experiment-, owner-, closure-, consumer-, environment-, and time-specific Research Backlog Admission and Closure Contract the distinct owner; it expanded the lifecycle to eighteen mechanisms, twelve interfaces, eighteen invariants, and eighteen failure modes; classified all four Lean declarations as finite record implications or negative cases rather than citation, completeness, interpretation, triage, reproduction, or transfer proof; preserved the split source surfaces, backlog and triage fixtures, validators, active residuals, and zero chapter-core effect; and froze the natural multi-researcher matched-workflow, injected-error, causal-ablation, independent-reproduction, and heterogeneous-transfer campaign; - the current activation registry contains 3,730 atoms, all semantically reviewed. The prose queue contains 2,716 adjudicated rows and zero pending rows, so 54/54 activation chapter sweeps are complete. This differs from the original 2,693-row count through transparent content change rather than receipt rewriting: subsequent refinement prose, including the governed Policy Optimization lifecycle and its explicit non-claim boundary, was separately adjudicated; obsolete scanner identities were retired; and all superseded identities retain their review lineage; and - the support-state effect remains exactly `none`. These counts, chapter review packets, zero-candidate validators, exact owners, claim-specific scopes, lane requirements, counterclaims, falsifiers, promotion ceilings, residuals, and zero unowned material claims satisfy P1 and M1. They do not prove any chapter core or move any support state: P2 now owns the distinct task of rationalizing the 1,151 activation-baseline declarations and 298 proof targets against these claim atoms. ### P1 completion gate Every one of the 54 core claims and every identified material subordinate claim has a stable atom, type, falsifier, lane requirements, baseline, acceptance criteria, contrary evidence, evidence refs, current disposition, and owner. No claim is marked complete merely because it has a citation, test name, Lean tag, or validator. ## P2 — Existing-proof rationalization, formal semantics, and refinement ### Formal priority order 1. constitutional alignment, corrigibility, governance rights, value conflict, and recursive self-improvement; 2. authority, capability replacement, runtime permissions, and effect-complete rollback; 3. evidence-state transitions, claim ledgers, proof-carrying claims, and safety cases; 4. intent-to-plan-to-job refinement and artifact/replay faithfulness; 5. context transactions, deletion closure, learning state, and descendant invalidation; 6. routing, readiness, resource, and deliberation decision semantics; and 7. integrated architecture composition and cross-layer noninterference. ### Required work - Inventory every activation-baseline theorem declaration and proof target before growing the proof surface. Map each item to one claim atom, its assumptions, dependencies, countermodel/mutation coverage, and downstream consumer. - Independently recompute proof-depth and adequacy classifications, then inspect all 187 direct/projection declarations and every unknown/mixed item manually; sample and mutation-test the remaining classes rather than trusting names or syntactic shape. - Detect duplicate semantic obligations across modules and chapters. Choose one canonical owner, preserve stable aliases only when a live consumer requires them, and retire maintenance-only repetition. - For every theorem that simply projects a premise or record field, either name it honestly as a local schema/refinement lemma with a real consumer or retire it from the active evidence surface. It cannot raise a chapter support state. - Test for vacuity with weakened/deleted hypotheses, field and guard mutation, reachable-state generation, counterexample search, and nonempty witness construction. Record which mutations each theorem rejects and which expose a model defect. - Publish the 54 claim-centered proof dossiers, the proof dependency graph, and a retirement/replacement ledger before declaring the existing proof corpus adequate or adding broad new theorem families. - For each priority model, publish the modeled entities, environment, trusted computing base, assumptions, excluded effects, liveness/fairness assumptions, and refinement boundary. - Replace projection-only safety language with transition properties or narrow the chapter claim to the projection actually proved. - Prove both positive invariants and reachable negative/counterexample cases. - Add temporal and concurrent traces where stale evidence, revocation, rollback, race conditions, or distributed effects are central. - Connect formal states to concrete runtime/event schemas through checked encoders, decoders, and refinement tests. A hand-authored matching record is not refinement evidence. - Differentially test Python/other executable decisions against Lean-generated or independently encoded reference decisions across generated valid and invalid traces. - Mutation-test assumptions, transition guards, serialized fields, and consumer gates. A theorem that survives because the mutated field is unused is a model-adequacy warning, not a pass. - Maintain theorem depth and adequacy reports, but do not set a theorem-count or direct/projection percentage as the scientific target. - Audit every live `*Refinement` module as a unit. It must have a named composition, reachability, preservation, noninterference, liveness, or countermodel obligation that is not merely a conjunction of fixture answers; an independently implemented consumer must exercise that obligation and reject relevant semantic mutations. If no such role is warranted, fold the module into its canonical owner or retire it with lineage. Tactic name and top-level theorem count are diagnostic metadata, never the adequacy verdict. - Apply that module-level gate explicitly to `DataEngineLifecycleRefinement`, `OpenEndedImprovementRefinement`, and `PolicyOptimizationRefinement`; preserve their current reachable lifecycle and consumer evidence, but add a derived cross-stage property or record an exact consolidation/retirement decision. Do not add ornamental theorems to satisfy the review. ### P2 execution receipt at 2026-07-15 The activation-baseline proof inventory is now frozen before proof-surface changes. `proofs/proof_rationalization_registry.json` preserves all 1,151 theorem declarations and 298 targets with exact source digests, syntax-depth classification, chapter/core-atom ownership, candidate target links, theorem dependencies and consumers, current-presence checks, review state, disposition, assumption, exclusion, countermodel, mutation, consumer, replacement, and lineage fields. `proofs/proof_rationalization_reviews.json` is the semantic overlay; `docs/proof_rationalization_registry.md` and 54 generated dossiers under `evidence_quality/proof_model_dossiers/` expose the work queue. The validator rejects baseline deletion, owner laundering, unbounded retention, replacement without lineage, stale projections, and support promotion. The first priority-module audit, `AsiStackProofs.Alignment`, reviewed all 23 declarations and three targets. It retired the two direct assumption-restatement declarations from the active evidence surface and routed their overbroad admitted-plan and universal self-modification targets to explicit plan-trace and protected-transition replacements. It retained twenty bounded transition/lifecycle negative cases and one positive finite witness, and retained the lifecycle target only at its exact deterministic record-route scope. Missing field/guard mutation, reachable-state generation, checked encoder/decoder refinement, normative validity, real enforcement, empirical outcomes, reproduction, and transfer remain explicit P2 work. The registry now has 1,128 theorem and 295 target machine candidates; no source declaration or target has yet been physically retired or replaced, and the support-state effect remains `none`. The second priority-module audit, `AsiStackProofs.Corrigibility`, reviewed all 18 declarations and two targets. It retired the two direct right-preservation and correction-rejection assumption restatements, routed both overbroad targets to protected-right and correction-path transition models, retained four generic bounded agency-control negative cases, and marked twelve literal `AgencyCorrectionRouteFor` fixture normalizations for migration to a generated executable route/mutation suite rather than preserving theorem-per-fixture bloat. The stronger models still owe affected-party and authority semantics, material usability, reachable loss/degradation, acknowledgement, appeal, interruption, rollback/shutdown, effect accounting, guard mutation, checked runtime refinement, and empirical outcomes. The remaining queue is 1,110 theorem and 293 target machine candidates, with no support-state effect. The third priority-module audit, `AsiStackProofs.GovernanceRights`, reviewed all 21 declarations and three targets. It retired two audit/exit and protected-right assumption restatements, routed their targets to material audit/exit and protected-right transition models, retained four bounded generic negative route cases, and marked twelve literal governance-lifecycle fixtures for migration to a generated executable mutation suite. The three sanitized Theseus import declarations and their target remain as an exact finite refinement bridge because they have a real validator, result artifact, seven invalid controls, and explicit chapter-core and legal-rights overclaim rejections. They do not establish rights or governance efficacy. The remaining queue is 1,089 theorem and 290 target machine candidates; stronger contestability, authority, remedy, runtime, legal/normative, empirical, reproduction, and transfer work remains. The fourth priority-module audit, `AsiStackProofs.ValueConflict`, reviewed all 23 declarations and four targets. It retired the two residual-preservation and review-non-bypass assumption restatements and routed their targets to versioned residualized-decision and high-stakes-review transition models. Four generic negative cases, fifteen priority-ordered lifecycle negatives, and one positive witness remain only at their exact finite route semantics. The synthetic contestability bridge and target remain as a bounded refinement because the care-memory-export result, validator, and seven negative controls are real and agree; they do not establish moral correctness, legal rights, reviewer quality, usability, deployment, or chapter-core support. The remaining queue is 1,066 theorem and 286 target machine candidates, with no support-state effect. The fifth priority-module audit, `AsiStackProofs.SelfImprovement`, reviewed all 22 declarations and three targets. It retired the two protected-invariant and sole-self-evaluation assumption restatements and routed their targets to versioned protected-invariant and evaluator-independence transition models. The authority, evaluator, canary, campaign-admission, and priority-route cases remain only as bounded negative controls; the two complete canary/promotion cases remain finite witnesses; and the transition-envelope target remains only at exact record-route scope. Stronger models still owe pre/post and descendant state, real evaluator independence, authority/security/resource deltas, non-bypass, reachable invariant loss, observed effects, revocation, effect-complete rollback, mutation, checked refinement, empirical outcomes, reproduction, and transfer. The remaining queue is 1,044 theorem and 283 target machine candidates, with no support-state effect. The sixth audit, `AsiStackProofs.Authority`, reviewed all 29 declarations and four targets. It retained the real finite order/grant consequences, bounded decision and lifecycle cases, and validator-backed revocation trace at exact scope, while retiring one unconsumed audit/non-claim projection. Deployed identity, revocation propagation, concurrency, enforcement, and effects remain open. The queue is now 1,015 theorem and 279 target machine candidates; 6/65 modules are fully reviewed and support-state effect remains `none`. The seventh audit, `AsiStackProofs.Replacement`, reviewed all 37 declarations and six targets. It retained the finite promotion and transaction/lifecycle route consequences plus the trace-probe, identity-sequence, and intent-governed bridge families because their validators, frozen results, and negative controls exist. Every retained item is bounded away from regression/monitor adequacy, real artifact effects, deployed replacement, production rollback, safety, and transfer. Effect-complete rollback remains a stronger trace/refinement task, not an inference from rollback metadata or synthetic restoration fields. The queue is now 978 theorem and 273 target machine candidates; 7/65 modules are fully reviewed with no support-state effect. The eighth audit, `AsiStackProofs.RuntimeAdapters`, reviewed all 49 declarations and six targets. It retired four definition/assumption projections plus the redundant generic adversarial-fixture projection, and routed the literal all-true human-oversight summary, the broad operational invariant, and the mixed failure-blocking target to explicit authority/effect transition and result-refinement replacements. It retained permission, lease, approval, rollback, dispatch, effect-replay, and revocation consequences only as bounded finite semantics. The one generated temp-file replay remains executable but tiny; the adversarial boundary family remains a deterministic independently encoded checker with two admitted records and twelve rejecting controls. Neither establishes deployed adapter safety, production sandbox or service behavior, complete effect discovery, effect-complete rollback, safety, reproduction, or transfer. The queue is now 929 theorem and 267 target machine candidates; 8/65 modules are fully reviewed with no support-state effect. The ninth audit, `AsiStackProofs.SecurityKernel`, reviewed all 22 declarations and four targets. It retired the direct authorized-boundary projection and routed the broad substitution invariant to a handle-lifecycle and secret- nonmaterialization trace/refinement model. The clearance-order theorem and authority-use route remain only as finite record semantics. The commit family is retained at the exact scope of a validator-owned public-safe probe that uses generated secret-canary material and temporary files, admits two sanitized commit/refusal records, and rejects six controls. It does not establish a deployed kernel, vault, sandbox, secure deletion, prompt-injection containment, side-channel safety, privacy, security, reproduction, or transfer. The queue is now 907 theorem and 263 target machine candidates; 9/65 modules are fully reviewed with no support-state effect. The tenth audit, `AsiStackProofs.EvidenceStates`, reviewed all 31 declarations and seven targets. Six actual finite policy consequences remain: missing required evidence blocks the modeled promotion predicate, self/terminal promotion is excluded, unsupported-to-argument is permitted by policy, and terminal effects compose with terminal-state exclusion. Three direct predicate projections, three generic summary projections, and the four literal claim- state bridge declarations are retired or routed to result refinement. Fifteen one-field normalizations of a hand-authored complete transition record are routed to a generated lifecycle mutation suite and a versioned ledger refinement model. The four external validators remain valuable at their exact bundle, claim-ledger, accepted-transition, and nine-scenario claim-state audit scopes, but do not prove evidence or claim truth, reviewer quality, chapter promotion, live belief revision, reproduction, or transfer. The queue is now 876 theorem and 256 target machine candidates; 10/65 modules are fully reviewed with no support-state effect. The eleventh audit, `AsiStackProofs.ClaimLedger`, reviewed all 20 declarations and four targets. Four bounded consequences remain for prior evidence/history preservation and open-contradiction blocking. The broad valid-record projection and generic semantic-summary projection are retired. Fourteen one-field normalizations of `completeClaimLedgerRevisionReview` are routed to generated reachable revision traces, semantic/surface mutations, stable identity/history invariants, and refinement against actual ledger records. The semantic-variant and assumption-context fixture validator remains useful only at its finite record-shape scope; it does not establish semantic equivalence, assumption completeness, open-domain claim extraction, contradiction quality, deployed belief revision, support promotion, reproduction, or transfer. The queue is now 856 theorem and 252 target machine candidates; 11/65 modules are fully reviewed with no support-state effect. The twelfth audit, `AsiStackProofs.ProofCarryingClaims`, reviewed all eight declarations and three targets. Four finite consequences remain: a passed verifier record needs an artifact reference, the missing-reference case is rejected, and declared negative verifier results require non-promotional effects and reject `scopedUpdate`. The simple formal-tier and failed-verifier theorems, the broad valid-record projection, and the generic dossier-summary projection are retired. The two broad support targets are routed to artifact-verification, interpretation/scope, verifier-execution, trusted-base, and versioned claim- transition refinement. The deterministic dossier validator remains only at its accepted/rejected record scope; it does not establish verifier soundness, semantic correctness, reviewer independence, claim truth, deployed evidence- engine behavior, support promotion, reproduction, or transfer. The queue is now 848 theorem and 249 target machine candidates; 12/65 modules are fully reviewed with no support-state effect. The thirteenth audit, `AsiStackProofs.SafetyCases`, reviewed all eight declarations and eight one-to-one targets. All remain as bounded executable refinement routes because `validate_safety_case_assurance.py` independently recomputes the eight priority outcomes, verifies exact theorem ownership, and rejects five mutations to fixture coverage, digests, support effect, theorem lineage, and non-claims. The positive case reaches only readiness review; the seven controls route missing context/hazard/countercase/independent review, stale evidence, an unresolved defeater, and authority laundering away from that boundary. None validates a safety case, hazard model, evidence edge, control, reviewer independence, safety, readiness, release, deployment, reproduction, or transfer. The queue is now 840 theorem and 241 target machine candidates; 13/65 modules are fully reviewed with no support-state effect. The later Safety Case refinement closes the audit's missing reachable-semantics bridge without pretending to validate a real case. `AsiStackProofs.SafetyCaseRefinement` binds exact case/version, context, claim, hazard, evidence, countercase, reviewer, authority, and residual identity across six stages. Its independent consumer preserves the original eight fixtures, reaches all 30 routes, rejects 35/35 mutations, emits one readiness handoff, and then exercises a cause-, affected-path-, and descendant-complete invalidation back to challenge. It records zero support assignments and zero external effects. Hazard completeness, argument truth, evidence adequacy, reviewer independence, control efficacy, safety, readiness, deployed invalidation, reproduction, and transfer remain open campaign work. The fourteenth audit, `AsiStackProofs.IntentToExecution`, reviewed all 12 declarations and four targets. Nine general branch theorems over arbitrary dispatch reviews remain as finite priority-route semantics for contract, objective, authority, hidden override, approval, artifact, verification, residual, and ready cases. The parent-constraint and approval-blocking assumption restatements plus the generic handoff-summary projection are retired. The broad preservation and running-state targets are routed to a versioned, field-by-field vertical refinement from accepted intent through command, plan, typed job, authority envelope, dispatch receipt, artifacts, and feedback. The two-valid/seven-invalid handoff validator remains only at synthetic trace scope; it does not establish parser correctness, deployed dispatch, approval/runtime services, artifact satisfaction, support promotion, reproduction, or transfer. The queue is now 828 theorem and 237 target machine candidates; 14/65 modules are fully reviewed with no support-state effect. The fifteenth audit, `AsiStackProofs.IntentContracts`, reviewed all 25 declarations and four targets. Twenty general finite branches remain across the intent-resolution and intent-admission policies, covering missing/prohibited or ambiguous requests, conflicts, high-impact authority/reversibility gaps, hidden overrides, preservation failures, re-contract triggers, non-claim boundaries, and complete admission. The two preservation/authority assumption restatements and three literal intake-summary theorems are retired or replaced. Their broad targets now point to versioned field-provenance and refinement from raw request through clarified intent, commands, downstream artifacts, authority, stop conditions, and observed effects. The four-valid/six-invalid intake validator remains only at synthetic corpus scope; it does not establish natural-language understanding, deployed parsing/authority extraction, prompt-injection containment, runtime dispatch, approval behavior, user satisfaction, reproduction, or transfer. The queue is now 803 theorem and 233 target machine candidates; 15/65 modules are fully reviewed with no support-state effect. The sixteenth audit, `AsiStackProofs.Planning`, reviewed all 29 declarations and five targets. Twenty-seven consequences remain: two finite authority/constraint facts, six structured `PlanControlRecordValid` lemmas with real consumers, one dispatch composition, fourteen general graph-admission branches, and four runtime-replan branches. The generic scheduler and replan summary projections are retired; their independent validators remain at deterministic valid/repair and delta-audit trace scope. All retained items explicitly exclude graph and certificate truth, decomposition/planner quality, context and verification adequacy, authority provenance, deployed scheduler/replanner enforcement, runtime effects, safety, reproduction, and transfer. The queue is now 774 theorem and 228 target machine candidates; 16/65 modules are fully reviewed with no support-state effect. The seventeenth audit, `AsiStackProofs.TypedJobs`, reviewed all 27 declarations and five targets. One exact approval exclusion, twelve general execution-route branches, and eleven durable-lifecycle branches remain at bounded finite scope. The valid-record projection and the two generic delivery/durable summary projections are retired. The broad lifecycle invariant now routes to reachable, versioned traces with retry, lease, cancellation, closure, and actual-record refinement. The independent two-valid/seven-invalid delivery checker and two- valid/nine-invalid durable checker remain only at deterministic synthetic scope; they do not establish a deployed scheduler or durable engine, true idempotence, authority or permission enforcement, approval-service behavior, receipt or replay correctness, support promotion, safety, reproduction, or transfer. The queue is now 747 theorem and 223 target machine candidates; 17/65 modules are fully reviewed with no support-state effect. The eighteenth audit, `AsiStackProofs.ArtifactGraph`, reviewed all 43 declarations and ten targets. Thirty-five finite consequences remain across missing-reference and promotion exclusions, replay-grade ordering, nineteen artifact-admission branches, nine replay-packet branches, and three record- reality sequence branches. The produced-artifact projection is retired, and the seven theorems that only prove hand-authored sequence, receipt, repository, attestation, randomized-audit, or epistemic-TCB constants are replaced with generated result-conformance models. Eight independent validators remain at their exact two-valid/six-invalid replay, stale/partial/fresh sequence, adversarial receipt, selected repository audit, deterministic local challenge, one-artifact live attestation, seeded four-artifact local audit, and bounded TCB fixture scopes. They do not establish causal provenance, open-world receipt or replay faithfulness, external independence, deployed graph/attestation services, verifier correctness, repository completeness, support promotion, reproduction, or transfer. The queue is now 704 theorem and 213 target machine candidates; 18/65 modules are fully reviewed with no support-state effect. The nineteenth audit, `AsiStackProofs.ProceduralMemory`, reviewed all 19 declarations and two targets. Two finite closure/promotion contradictions and twelve general lifecycle branches remain for missing trace clusters, negative examples, closure artifacts, verification, regression, benchmark floors, active SCFs, retirement triggers, monitoring, residuals, non-claims, and verified source states. The two assumption projections are retired, and three literal valid- fixture normalizations are replaced with generated corpus/result conformance. The three-valid/six-invalid procedural-loop harness remains only at synthetic record scope; it does not establish loop detection, trace comparability, abstraction or parameter correctness, tool synthesis, verifier/benchmark adequacy, deployed routing or retirement, reproduction, or transfer. The queue is now 685 theorem and 211 target machine candidates; 19/65 modules are fully reviewed with no support-state effect. The twentieth audit, `AsiStackProofs.Routing`, reviewed all 16 declarations and three targets. The finite authority/readiness contradiction and the genuine fallback-or-residual non-promotion consequence remain. The direct admissibility projection is retired, and thirteen route theorems that only normalize one hand-authored complete record are replaced with general quantified branches, generated route-order mutations, reachable fallback state, and versioned selection/refinement work. The three-valid/seven-invalid routing-decision lease harness remains only at synthetic registry/record scope; it does not establish learned routing, ambiguous natural-task behavior, candidate completeness, readiness truth, route-quality dominance, deployed lease/authority enforcement, model-scale transfer, reproduction, or transfer. The queue is now 669 theorem and 208 target machine candidates; 20/65 modules are fully reviewed with no support-state effect. The twenty-first audit, `AsiStackProofs.CommandContracts`, reviewed all seven declarations and three targets. The missing-required-field and accepted-hidden- override contradictions plus three general field-confidence branches remain at finite scope. The complete-conjunction and explicit-precedence assumption projections are retired. Broad command completeness and override exclusion now route to versioned field provenance, cross-artifact semantic refinement, and reachable parser/compiler/dispatcher states tied to observed effects. These finite records do not establish parser correctness, confidence calibration, prompt-injection resistance, semantic preservation, authority legitimacy, deployed dispatch or runtime enforcement, reproduction, or transfer. The queue is now 662 theorem and 205 target machine candidates; 21/65 modules are fully reviewed with no support-state effect. The twenty-second audit, `AsiStackProofs.CognitiveCompilation`, reviewed all 14 declarations and three targets. Twelve general semantic-lowering branches remain at finite route scope. Two assumption projections are retired, while the broad obligation-preservation and repair claims now route to typed source/ target semantics, obligation identities and coverage, localized repair deltas, reachable ledger states, generated result conformance, and checked artifact refinement. The two-valid/four-invalid trace harness remains only at exact hand-authored scope; it does not establish source-plan parsing, semantic equivalence, IR or obligation completeness, validator correctness, compiled execution, reproduction, or transfer. The queue is now 648 theorem and 202 target machine candidates; 22/65 modules are fully reviewed with no support- state effect. The twenty-third audit, `AsiStackProofs.VirtualContextABI`, reviewed all 13 declarations and three targets. Eleven general context-admission branches remain at finite route scope. Two assumption projections are retired, while broad resolver and mandatory-fault claims now route to versioned address/snapshot resolution, binding and freshness checks, reachable materialization/fault states, generated result conformance, and checked resolver refinement. The three-valid/five-invalid adequacy harness remains only at exact synthetic record scope; it does not establish deployed resolution, address/version/snapshot truth, certificate or taint correctness, adequacy truth, materialized bytes or semantics, memory-store behavior, reproduction, or transfer. The queue is now 635 theorem and 199 target machine candidates; 23/65 modules are fully reviewed with no support-state effect. The twenty-fourth audit, `AsiStackProofs.ContextCertificates`, reviewed all 18 declarations and three targets. One genuine finite contradiction between source-bounded authority and an escalating summary remains, together with 15 general certificate-lifecycle priority branches. Two direct projections are retired. The broad derived-cell and authority-preservation claims now route to checked provenance, derivation/loss/omission semantics, permitted-use policy, freshness/revocation/taint state, verifier execution, deletion closure, and reachable consumer-admission refinement. No exact executable checker currently covers the full lifecycle route, so it is retained as finite semantics rather than mislabeled as an executable bridge. The queue is now 617 theorem and 196 target machine candidates; 24/65 modules are fully reviewed with no support- state effect. The twenty-fifth audit, `AsiStackProofs.ContextTransactions`, reviewed all 23 declarations and four targets. Three finite taint/deletion consequences and 11 general transaction-route branches remain. Two direct assumption projections and two accepted-summary field projections are retired. Two hand-copied Lean summary constants and the broad snapshot-read claim are replaced with generated digest-bound result conformance, append/commit/snapshot/branch/mount transition semantics, executable-store behavior, and checked runtime refinement. The independent three-valid/six-invalid memory-store and two-valid/four-invalid sequence harnesses remain only at exact fixture scope; they do not establish a deployed store, concurrency or isolation, branch/mount enforcement outside the fixtures, replay determinism, deletion erasure, side-channel safety, reproduction, or transfer. The queue is now 594 theorem and 192 target machine candidates; 25/65 modules are fully reviewed with no support-state effect. The twenty-sixth audit, `AsiStackProofs.VerificationBandwidth`, reviewed all 14 declarations and four targets. The constructive admission-versus-adequacy witness and ten general verification-adequacy routes remain at finite scope. One assumption projection is retired, while two summary-projection bridges are replaced with generated digest-bound result conformance. The independent contradiction/drafting-only probe and capacity evaluator remain only at their exact deterministic synthetic scope; they do not establish open-domain contradiction detection, context-adequacy classification, model verification bandwidth, evaluator independence outside the code paths, claim truth, support movement, reproduction, or transfer. The queue is now 580 theorem and 188 target machine candidates; 26/65 modules are fully reviewed with no support- state effect. The twenty-seventh audit, `AsiStackProofs.PlanForge`, reviewed all four declarations and two targets. The member-edge order lemma, self-edge contradiction, and failed-quality escalation-or-residual consequence remain at finite scope. The direct `Dispatchable` conjunction projection is retired, and the misleading index-acyclic target now routes to graph-theoretic reachability or topological-order semantics, dependency identity, generated cyclic mutations, schedule/runtime behavior, and checked executable refinement. Strict index precedence and a Boolean certificate do not establish arbitrary DAG acyclicity, dependency truth, scheduling quality, deployed no-promotion, reproduction, or transfer. The queue is now 576 theorem and 186 target machine candidates; 27/65 modules are fully reviewed with no support-state effect. The twenty-eighth audit, `AsiStackProofs.InterStackProtocols`, reviewed all nine declarations and nine targets. All nine general finite exchange-route branches remain because the independent validator recomputes the frozen nine-case contract across invalid credentials, missing budget, complete local- dispatch handoff, missing sender identity, audience mismatch, expiry, revocation, disputed receipt, and missing residual ownership. The result stops at local dispatch and does not establish identity or credential trust, authorization correctness, network execution, payment or settlement, dispute quality, economic fairness, security, reproduction, or transfer. The queue is now 567 theorem and 177 target machine candidates; 28/65 modules are fully reviewed with no support-state effect. The twenty-ninth audit, `AsiStackProofs.StackBoundaries`, reviewed all 21 declarations and three targets. Three genuine general consequences remain: a layer without external authority needs an authorized handoff, a valid finite trace excludes a present unauthorized external-action step, and a handoff rank above the caller ceiling is rejected. Eighteen theorems that only normalize one-field edits of a hand-authored complete layer-contract record are replaced, together with their lifecycle target, by general quantified route branches, generated priority and mutation coverage, checked producers/consumers, and digest-bound result refinement. The existing stack-layer traceability audit remains only repository source/mapping/no-promotion evidence; it does not prove runtime stack separation, authority legitimacy, hidden-effect exclusion, safety, reproduction, or transfer. The queue is now 546 theorem and 174 target machine candidates; 29/65 modules are fully reviewed with no support-state effect. The thirtieth audit, `AsiStackProofs.Efficiency`, reviewed all 26 declarations and four targets. Two genuine finite contradiction consequences remain: a listed lower-cost authorized quality-satisfying candidate refutes minimum viability for that declared candidate list, and declared open obligations plus promotion without a residual record refute the bounded promotion-validity predicate. Two direct predicate or assumption restatements are retired. Nineteen one-field normalizations of a hand-authored complete claim-admission record and three proofs over a copied route-search summary are replaced by general quantified routes, generated guard and priority mutations, complete observed-cost refinement, and digest-bound validator-result conformance. The existing two-valid/six-invalid route-search probe remains only exact synthetic evidence; it does not establish open-world route-search completeness, cost-estimate accuracy, measured efficiency, model or compression quality, support movement, reproduction, or transfer. The queue is now 520 theorem and 170 target machine candidates; 30/65 modules are fully reviewed with no support-state effect. The thirty-first audit, `AsiStackProofs.FailureModes`, reviewed all 23 declarations and four targets. It retains one finite invariant contradiction, four general priority-ordered incident routes, fifteen general recurrence and record-completeness routes, and the external taxonomy-contract validator at its exact two-valid/seven-invalid synthetic scope. The proof that calls an authority field a governance failure merely by injecting its assumed Boolean value into that definition is retired, and the corresponding target now requires observed authority request/effect traces, ceiling provenance, reachable escalation, and checked runtime refinement. The canned positive close-record witness is replaced by generated route/result conformance, while the Lean detector-summary bridge is retired because it restates the exact conjunction assumed at its input. The external validator remains useful for taxonomy and record-shape conformance, but it does not establish failure detection, prevention, mitigation effectiveness, evaluator independence, deployed enforcement, safety, reproduction, transfer, or support movement. The queue is now 497 theorem and 166 target machine candidates; 31/65 modules are fully reviewed with no support-state effect. The thirty-second audit, `AsiStackProofs.ScalableOversight`, reviewed all eight declarations and seven targets. All eight are genuine general finite priority- route consequences and remain at their exact record-policy scope. Seven use- record cases are independently recomputed from a digest-bound frozen fixture covering bounded admission, missing evidence views, undisclosed dependencies, missing direct baseline, missing high-risk outcome audit, unjustified abstention, and authority laundering; the validator rejects eight mutations. The two declarations over the separate protocol-admission record remain formal-only: the current validator checks that they exist but does not independently recompute that route function. Neither the formal routes nor the fixture establish reviewer independence, judge calibration, protocol efficacy, useful throughput, alignment, safety, reproduction, or transfer. The queue is now 489 theorem and 159 target machine candidates; 32/65 modules are fully reviewed with no support-state effect. The thirty-third audit, `AsiStackProofs.StableCapabilityFields`, reviewed all 25 declarations and four targets. Fourteen genuine consequences remain: the authority-expansion contradiction, seven general lifecycle-review routes, the retired-state exclusion, and five unsafe-default transition counterexamples. Eight declarations that only unpack qualification, forward-step, identity, readiness, notice, or receipt conjuncts already assumed by the allowed- transition predicate are retired. Three proofs over a copied lifecycle-summary constant are replaced by generated, digest-bound result conformance. The existing three-valid/six-invalid field harness and two-valid/six-invalid lifecycle trace validator remain exact synthetic record evidence only; they do not establish capability identity truth, evaluator integrity, deployed route enforcement, rollback execution, real regression preservation, safety, reproduction, transfer, or support movement. The queue is now 464 theorem and 155 target machine candidates; 33/65 modules are fully reviewed with no support-state effect. The thirty-fourth audit, `AsiStackProofs.ModelWeightCustody`, reviewed all nine declarations and eight targets. Every declaration is a genuine general finite priority-route consequence. Seven lifecycle routes are independently recomputed over a digest-bound eight-case fixture covering bounded observed load, missing lineage, stale attestation, undisclosed verifier dependencies, unobserved load, authority-laundered distribution, and acknowledged irreversible distribution; the validator rejects nine mutations. The two declarations over the earlier `WeightLoadRouteFor` record remain formal-only: the validator checks their presence but does not recompute that separate route function. Neither surface establishes real weight, key, credential, quote, trusted-environment, load, or distribution behavior; attestation genuineness, verifier independence, confidentiality, extraction resistance, security, safety, reproduction, transfer, authority, and support movement remain unproved. The queue is now 455 theorem and 147 target machine candidates; 34/65 modules are fully reviewed with no support-state effect. The thirty-fifth audit, `AsiStackProofs.SupplyChainIntegrity`, reviewed all seven declarations and six targets. All seven remain as genuine general finite admission-route consequences covering unresolved critical advisories, unverified required signatures, complete custody-review handoff, missing lineage, missing component inventory, missing revocation path, and missing residual ownership. They remain formal-only because no exact executable checker independently recomputes `SupplyChainAdmissionRouteFor`. The adjacent affected- path harness contributes one quarantined three-project graph record and ten rejecting mutations for downstream closure, response ownership, invalidation, disposal, and no-promotion boundaries, but it validates a different record and is not treated as route-function refinement. Signature or provenance authenticity, inventory and advisory completeness, compromise detection, supplier trust, revocation propagation, real quarantine, safety, reproduction, transfer, and support movement remain unproved. The queue is now 448 theorem and 141 target machine candidates; 35/65 modules are fully reviewed with no support-state effect. The thirty-sixth audit, `AsiStackProofs.OpenEndedImprovement`, reviewed all seven declarations and seven targets. Every general campaign-admission route is retained at exact finite scope and independently recomputed over a digest-bound seven-case fixture covering governor-review handoff, evaluator separation, budget repair, stop authority, failure-history preservation, residual ownership, and authority laundering; the validator rejects ten mutations. The positive route stops at governor review and neither admits nor promotes a candidate. No generator, independent evaluator, task or search workload, model update, novelty, usefulness, transfer, improvement, campaign execution, stop effect, safety, authority, or support result is established. The queue is now 441 theorem and 134 target machine candidates; 36/65 modules are fully reviewed with no support-state effect. The thirty-seventh audit, `AsiStackProofs.Tribunal`, reviewed all thirteen declarations and both targets. Three genuine finite contradictions remain for missing high-risk probes or recorded independence, unsafe prior-review reuse, and action verdicts lacking actions or constraints. Two headline theorems are retired because they merely apply the exact policy implications assumed at their inputs, and both public targets now require versioned verdict artifacts, reachable acceptance transitions, checked consumers, appeal and override paths, and executable ledger/effect refinement. Eight theorems that normalize eight hand-authored lifecycle records are replaced by quantified route branches, generated priority mutations, and digest-bound result refinement. The existing three-valid/five-invalid tribunal-review harness and one bounded five-project record with eleven method/independence mutations remain adjacent synthetic evidence only; they do not establish reviewer independence, adversarial-probe quality, verdict correctness, appeal effectiveness, runtime enforcement, safety, reproduction, transfer, or support movement. The queue is now 428 theorem and 132 target machine candidates; 37/65 modules are fully reviewed with no support-state effect. The thirty-eighth audit, `AsiStackProofs.MoECOTRuntime`, reviewed all four declarations and both targets. Two genuine finite contradictions remain: a runtime-core promotion record missing any readiness, regression, or replay reference cannot satisfy the bounded promotion-evidence predicate, and an unavailable-text-only claim paired with promotion above argument refutes the bounded source-state predicate. Two direct applications of those same assumed policy implications are retired. Both targets remain only at finite evidence- reference and source-claim-state scope. The adjacent three-valid/seven-invalid routing-decision lease harness rejects a MoECOT source-reported record that is laundered into locally reproduced state, while the valid fixture explicitly records missing replay and zero promotion. It provides no runtime replay, readiness or regression evidence, routing or specialist quality, deployed enforcement, reproduction, transfer, or support result. The queue is now 424 theorem and 130 target machine candidates; 38/65 modules are fully reviewed with no support-state effect. The thirty-ninth audit, `AsiStackProofs.ReadinessGates`, reviewed all twenty declarations and three targets. Eleven genuine finite negative consequences remain for failed promotion gates, quarantined ordinary or unbacked diagnostic routing, incomplete stronger transitions, stale reuse, retired-state restart, unsafe default readiness, missing supersession records, and missing retirement receipts. Eight theorems that merely unpack gate, forward-step, core-record, qualification, default, quarantine, supersession, or retirement predicates are retired. The probe theorem is also retired because it restates the exact summary conjunction assumed at its input; its target remains as an executable bridge to a validator-owned eighteen-transition result with six valid paths and twelve rejecting controls. The adjacent four-valid/five-invalid residual-gate harness and one quarantined six-project record with nine mutations remain bounded synthetic evidence. No deployed readiness engine, residual-ledger storage, live quarantine routing, rollback or fallback execution, benchmark quality, MoECOT replay, safety, reproduction, transfer, or support result is established. The queue is now 404 theorem and 127 target machine candidates; 39/65 modules are fully reviewed with no support-state effect. The fortieth audit, `AsiStackProofs.PersonalComputeHives`, reviewed all twenty- six declarations and six targets. It retains two genuine finite contradictions for missing approval and incomplete federation boundaries, sixteen general priority branches over the hive-work admission function, and three general partition-authority routes. Four headline theorems are retired because they merely apply scheduler, faster-node, approval, or federation policy implications assumed at their inputs. The partition-authority bridge is also replaced because it normalizes a literal all-`true` summary copied into Lean rather than deriving facts from case records or result bytes. The broad scheduler-admission target is replaced with independently computed eligibility, optimization-order, dispatch, receipt, and effect refinement. The other five targets remain only at bounded formal or synthetic-validator scope. The hive admission harness still checks two valid and eight expected-invalid records; the adjacent partition-authority fixture still contains three valid records and six invalid controls, but its route labels are hand-constructed rather than an independent recomputation of `PartitionedAuthorityRouteFor`. Neither harness establishes a deployed scheduler, device registry, approval service, portal, sandbox, federation network, revocation propagation, dropout recovery, energy measurement, privacy, security, consensus, availability, useful work, reproduction, transfer, or support movement. The queue is now 378 theorem and 121 target machine candidates; 40/65 modules are fully reviewed with no support-state effect. The forty-first audit, `AsiStackProofs.CompactGenerativeSystems`, reviewed all twenty-four declarations and five targets. Only two declarations remain as genuine finite contradictions: unresolved obligations paired with no residual record refute the bounded residual-honesty predicate, and a lossy, unverified, exact-marked record refutes the bounded exactness predicate. Their two direct policy projections are retired. Twelve supposed admission-route theorems are replaced because each normalizes one mutation of the same hand-authored `completeCompactAdmissionReview`, not a quantified branch. Five GVR theorems are replaced because they restate a hard-coded five-receipt assessment table, including the 78-versus-368 byte inequality. Three residual fixture bridges are replaced because they normalize literal all-`true` summaries. The admission- route target is replaced accordingly. Four targets remain only at finite contradiction or exact external-validator scope: the five-receipt GVR slice has three rejected controls; residual conservation has three valid and five invalid cases; the cross-artifact trace reads four inputs; and storage replay computes a four-entry digest chain while rejecting five controls. These do not establish general compression, semantic reconstruction, verifier independence, search completeness, total-cost or utility advantage, live append-only storage, tamper resistance, residual completeness, fallback execution, reproduction, transfer, chapter-core promotion, or deployment. The queue is now 354 theorem and 116 target machine candidates; 41/65 modules are fully reviewed with no support-state effect. The forty-second audit, `AsiStackProofs.GenerateVerifyRepair`, reviewed all four declarations and both targets. It retires two theorems that directly apply the exact reconstruction and failed-verification implications assumed at their inputs. It retains two genuine finite contradictions: unequal natural-number generator-plus-residual and target fields refute the bounded exact-claim predicate, and failed verification paired with exactness promotion refutes the bounded promotion predicate. Both targets remain only at those arithmetic and Boolean record scopes. Neither theorem proves artifact decoding, semantic equivalence, verifier execution, correctness or independence, repair search, ledger enforcement, useful compression, reproduction, or transfer. The queue is now 350 theorem and 114 target machine candidates; 42/65 modules are fully reviewed with no support-state effect. The forty-third audit, `AsiStackProofs.SemanticRepresentation`, reviewed all four declarations and both targets. It retires two theorems that simply apply the grounding/provenance and hierarchy-update implications assumed at their inputs. It retains two finite contradictions: a node declared grounded with a zero provenance-link count refutes the bounded grounding predicate, and an applied update with neither preserved references nor a supersession record refutes the bounded hierarchy predicate. Both targets remain only at those count and Boolean record scopes. A positive link count does not establish grounding, provenance identity or quality, semantic adequacy, interoperability, task utility, graph consistency, versioned migration, consumer preservation, reproduction, or transfer. The queue is now 346 theorem and 112 target machine candidates; 43/65 modules are fully reviewed with no support-state effect. The forty-fourth audit, `AsiStackProofs.FastGeneration`, reviewed all thirty- eight declarations and five targets. It retains only three genuine finite contradictions: promotion accounting missing accepted-output or verifier-cost fields, failed acceptance missing fallback/residual/promotion blocking, and high-risk fast selection missing verifier/override/slow-fallback fields. Five headline theorems are retired because they directly apply the route, raw-speed, accounting, failed-acceptance, or high-risk implications assumed at their inputs. Nineteen admission theorems and their target are replaced because they normalize mutations of one hand-authored complete record. Seven Project Theseus import theorems and four task-bundle theorems are replaced because they derive from copied summary constants rather than result bytes. The broad mode- selection target is also replaced. Three targets remain only as external validator bridges: two valid and four invalid static mode fixtures reject latency-only and other incomplete records; one digest-bound public Theseus summary plus six invalid mutations records zero promotable comparisons and zero useful solutions; and a deterministic four-task bundle records baseline and candidate 4/4, candidate cost 264 versus baseline 632, and a cheaper 176-cost latency-only route at 0/4 and rejected. None establishes model generation, natural-workload breadth, wall-clock speed, accepted-token measurement, verifier independence, strong matched baselines, hardware or total cost, fallback execution, useful-throughput generalization, deployment, reproduction, transfer, or chapter-core promotion. The queue is now 308 theorem and 107 target machine candidates; 44/65 modules are fully reviewed with no support-state effect. The forty-fifth audit, `AsiStackProofs.Deliberation`, reviewed all ten declarations and ten targets. All remain because they are general finite route consequences and `scripts/validate_deliberation_admission.py` independently implements the same priority policy over a digest-bound ten-case fixture, recomputes every route, preserves all fifteen known extra-compute harms, and rejects eleven mutations. The retained branches cover missing independent review for a high-risk execution handoff, exhausted-budget stop/escrow, complete release to planning, missing budget/search/verifier-scope/candidate- history/stop/residual-owner records, and trace-authority separation. This is deterministic admission-policy refinement only: records are assumed truthful; review, stop, escrow, planning, and authority effects are not executed; and verifier independence, candidate generation, language-model reasoning, evaluator quality, useful gain, safety, reproduction, and transfer are not established. The adjacent three-seed synthetic routing/deliberation study still reports adaptive 179/180 in 236 operations, fixed 154/180 in 540 operations with fifteen harms, and no-deliberation 130/180, but retains a no-change disposition because its candidates and verifier are deterministic rather than real-model and independently evaluated reasoning. The queue is now 298 theorem and 97 target machine candidates; 45/65 modules are fully reviewed with no support-state effect. The forty-sixth audit, `AsiStackProofs.ArtifactCompression`, reviewed all nineteen declarations and three targets. It retains two genuine finite contradictions: declared compressed use with a failed task probe and no fallback refutes the bounded use predicate, and a promotion candidate missing residual or fallback metadata refutes the bounded promotion predicate. The two direct policy projections are retired. Fifteen admission theorems and their target are replaced because they normalize mutations of one hand-authored `completeCompressionAdmissionReview` rather than proving quantified branches. The separate RankFold public-safe replay and artifact-import records remain adjacent evidence only: they inspect or replay specific archive bytes and do not recompute `CompressionAdmissionRouteFor`. The retained contradictions do not establish artifact identity or integrity, decoder correctness or determinism, task-probe validity, fallback availability/reachability/execution, metadata identity/content/completeness, downstream utility, compression advantage, benchmark performance, reproduction, transfer, deployment, or support movement. The queue is now 279 theorem and 94 target machine candidates; 46/65 modules are fully reviewed with no support-state effect. The forty-seventh audit, `AsiStackProofs.ResourceEconomics`, reviewed all forty-five declarations and nine targets. Six genuine finite contradictions remain: required-safety deletion, insufficient-budget dispatch, a throughput-to-quality overclaim, low-risk review admitted while protected review is blocked, high-risk work admitted without protected review overhead, and blocked protected review without displaced-cost residualization. Five four-route selector theorems and three three-event workflow computations remain as validator-aligned executable bridges. Three assumed-policy projections are retired. Twenty-eight equalities, arithmetic facts, and validity witnesses over copied workflow, capacity, load-smoothing, flagship, CI, and governance-tax summaries are replaced with generated result conformance. The external validators remain authoritative only for their exact records: the four-route 14.2-versus-43.0 modeled-cost selector and two rejected controls; the one-valid, five-invalid three-step workflow; the three-valid, six-invalid capacity harness; the ten-task load fixture whose selected route removes five modeled overrun units by residualizing seven deferral ticks while rejecting three protected-review violations; the ten-command/twenty-six-artifact repository replay; eight captured Pages runs with three classified failures and a 131-second later-success boundary; and the three-valid/five-invalid governance-tax scenarios. None establishes real prices, production queues, live scheduling, reviewer behavior, serving/KV behavior, physical feasibility, economic optimality, model quality, safety, reproduction, or transfer. The forty-eighth audit, `AsiStackProofs.SimulationFidelity`, reviewed all thirteen declarations and four targets. Two direct applications of assumed scope/fidelity and promotion implications are retired and both headline targets are routed to calibrated, reachable effect models. Nine general finite contradictions remain at Boolean/ordinal record scope. Two hard-coded import validity witnesses are replaced with generated result conformance. The two validator-owned import targets remain only at exact sanitized metadata scope: the Project Theseus receipt suite covers five fixture scenarios, six world- adapter receipts, and seven rejected controls; the RLDS/Minari export import records one `READY` export, three declared formats, seven declared fields, and seven rejected controls. They do not establish raw-payload truth, dataset correctness or quality, replay success, simulator adequacy, physical feasibility, native parity, deployment, model quality, privacy erasure, safety, reproduction, or transfer. The queue is now 221 theorem and 81 target machine candidates; 48/65 modules are fully reviewed with no support-state effect. The forty-ninth audit, `AsiStackProofs.SearchSubstrates`, reviewed all eleven declarations and three targets. Four general finite contradictions remain for missing adoption fields, unproven qualification, consumer-axis laundering, and incomplete canary evidence. Three assumed-policy projections and two summary-field projections are retired, one equivalent qualified-state negative is merged, and the literal summary-validity witness is replaced with generated result conformance. The operational and failure-blocks-promotion targets are replaced because their positive statements assume the desired implications. The validator-owned adoption-trace target remains only at its exact scope: four synthetic valid states and eight rejected controls covering missing baselines/falsification, theorem spillover, unmeasured-axis routing, failed- control promotion, missing fallback, support overclaim, and missing non-claims. It does not run a substrate A/B test or establish representation, search, routing, compression, model, runtime, deployment, reproduction, or transfer quality. The fiftieth audit, `AsiStackProofs.ProofCarryingContracts`, reviewed all ten declarations and three targets. Seven bounded semantic/negative theorems remain: missing receipt boundaries, readiness-only promotion blocking, promotion without contract readiness, stale or unsupported consumer acceptance, passing replay without artifacts, public-consumer promotion overclaim, and missing declared mutation-control rejection. Two direct projections are retired and the literal public-consumer fixture witness is replaced. The receipt-boundary and consumer-gate targets remain only at Boolean record scope. The public consumer-gate target is replaced because its one-receipt/four-control/seven- theorem summary has no executable consumer-gate validator. The adjacent Circle archive validator checks different evidence—nine archived contracts, four accepted policy receipts, and five mutation controls—and remains useful as digest/public-safety conformance, not as refinement of that Lean fixture, a Circle Lean replay, deployed transport, theorem correctness, model quality, safety, reproduction, or transfer proof. The queue is now 200 theorem and 75 target machine candidates; 50/65 modules are fully reviewed with no support-state effect. The fifty-first audit, `AsiStackProofs.CoilAttentionMemory`, reviewed all six declarations and two targets. Two direct applications of assumed alias and retrieval-promotion policies are retired. Four genuine finite contradictions remain for reused cyclic slots with missing residue/winding and hidden alias residual, structure-only retrieval-quality promotion, recurrence without budget/exit/fallback records, and stale reads admitted as fresh without residual escrow. Both targets remain only at Boolean record scope. No theorem executes a memory system, detects aliasing or staleness, measures retrieval quality, runs recurrence, exercises fallback or residual effects, or establishes safety, reproduction, or transfer. The fifty-second audit, `AsiStackProofs.CyclicMixers`, reviewed all seven declarations and two targets. Two direct policy projections are retired. Five finite contradictions remain for missing claim partitions, promotion without baselines/tradeoffs, cyclic aliasing without winding or visible residual, incomplete adoption packets, and hardware mismatch without a refusal path. Both targets remain only at declared-record scope. The adjacent Circle cyclic-mixer receipt validator remains separate structural/accounting evidence: one period-eight dense-parity fixture records `max_abs_dense_delta=0`, a block-to-dense parameter ratio of `0.0625`, seven theorem IDs, six recorded command outputs, and a no-change decision. It does not refine these Boolean policy predicates or prove model quality, runtime, memory scaling, hardware efficiency, training stability, benchmark superiority, deployed refusal, safety, reproduction, or transfer. The queue is now 187 theorem and 71 target machine candidates; 52/65 modules are fully reviewed with no support-state effect. The fifty-third audit, `AsiStackProofs.ProofEnvelope`, reviewed all seven declarations and two targets. Two direct policy projections are retired. Five finite results remain: the derived consequence that a record satisfying the non-operational routing predicate cannot be implemented, plus contradictions for implemented targets missing a module/build, non-Lean artifacts claiming Lean proof, support promotion missing transition/adequacy/boundary records, and external-theorem references missing artifacts/IDs/non-claims. The implemented-target target remains only at Boolean record scope. The non-operational planned-or-blocked target is replaced because its headline route is assumed rather than reached. The adjacent proof-envelope ledger validator consistently summarizes 298 manifest targets and their adequacy/ depth/audit reports, but it does not inspect filesystem/build effects for these Lean records or prove theorem truth, semantic adequacy, promotion enforcement, consumer effects, reproduction, or transfer. The fifty-fourth audit, `AsiStackProofs.BenchmarkRatchets`, reviewed all eight declarations and three targets. Two direct assumed-policy projections are retired. Three finite decision-model consequences remain for accepted promotion requirements, saturated regression-floor records, and contaminated promotion contradiction. Three copied anti-Goodhart summary facts are replaced with generated result conformance. Both headline benchmark/saturation targets are replaced because they assume evidence, saturation, or blocked promotion rather than executing those effects. The validator-owned fixture target remains only at its exact two-valid/five-invalid scope, with one promotion-ready record, one regression-floor record, and no support movement. It does not run an empirical benchmark, establish hidden-holdout integrity, detect real contamination, validate policy-training quality, execute a steward release, measure model quality, or establish reproduction or transfer. The queue is now 172 theorem and 66 target machine candidates; 54/65 modules are fully reviewed with no support-state effect. The fifty-fifth audit, `AsiStackProofs.CapabilityThresholds`, reviewed all eight declarations and eight targets. All remain because they are general finite consequences of the declared threshold-commitment routing function, and an independently implemented Python route recomputes the eight digest-bound cases and rejects five fixture/result mutations. The retained cases cover unverified or missing safeguards, missing evaluation envelope/baseline/ uncertainty, missing residual ownership, and complete crossed/non-crossing handoffs to readiness review. This is deterministic record routing only: capability-domain truth, threshold definition or crossing, evaluation validity, safeguard efficacy, residual custody, actual blocking/exception/review/release effects, readiness, safety, reproduction, transfer, and ASI remain unproved. The fifty-sixth audit, `AsiStackProofs.AdversarialEvaluation`, reviewed all eight declarations and eight targets. All remain because they are general finite consequences of the declared integrity-routing function, and an independent Python implementation recomputes the eight digest-bound cases and rejects five fixture/result mutations. The retained routes cover complete handoff to promotion review, missing selection/reward/monitor provenance, missing independent evaluation or cross-context probe, unresolved-discrepancy quarantine, and intent-inference laundering rejection. This does not establish model/task identity, provenance truth, evaluator independence, probe adequacy, discrepancy truth, hidden intent, actual repair/quarantine/review effects, model quality, safety, reproduction, or transfer. The queue is now 156 theorem and 50 target machine candidates; 56/65 modules are fully reviewed with no support-state effect. The fifty-seventh audit, `AsiStackProofs.PolicyOptimization`, reviewed all nineteen declarations and four targets. Five direct applications of assumed record/promotion policies are retired. Four genuine finite contradictions remain for missing holdout/contamination evidence, reward-proxy-only promotion, authority expansion without approval/rollback, and missing selection context or independent evaluation. Seven general guard-priority routes remain at exact record scope for inadmissible feedback, target evaluation, holdout/ contamination, reward-hacking probes, governance/authority, rollback, and regression/residual gaps. Three copied lease-summary facts are replaced with generated result conformance. The admitted-update and reward-boundary headline targets are replaced; the route target and validator-owned lease target remain narrow. That validator covers six synthetic samples, five candidate policies, three rejected controls, a selected canary kept experimental, and a fixture rollback to its baseline. It runs no PPO, DPO, GRPO, RLVR, optimizer, model, real policy update, deployed canary, or live rollback and proves no policy, reward, route, safety, reproduction, or transfer quality. The fifty-eighth audit, `AsiStackProofs.DataEngines`, reviewed all fifteen declarations and fifteen targets. All remain as general finite route consequences with adjacent validator evidence. The admission validator independently routes four declared records through block, quarantine, experimental-only, and eligible outcomes with four rejecting controls; it loads no dataset and verifies no semantic contamination or deletion. The full- state bridge binds a preregistered synthetic campaign to 24 declared state surfaces, 3 seeds, 5 arms, 15 transactions, and 15/15 exact local rollbacks, while recording 6 best/final checkpoint disagreements, behavioral deletion changes of 4/0/1, lineage propagation in all 3 deletion arms, no established influence reduction, and zero storage erasures. The formal routes preserve separation among behavioral change, influence reduction, privacy erasure, and storage erasure. They do not establish dataset quality, model training, language-model continual learning, remote/production state completeness, causal influence removal, privacy/legal/storage/backup erasure, production rollback, capability, safety, reproduction, or transfer. The queue is now 122 theorem and 31 target machine candidates; 58/65 modules are fully reviewed with no support-state effect. The fifty-ninth audit, `AsiStackProofs.ArtifactStewardAgents`, reviewed all sixteen declarations and seven targets. Four direct applications of assumed work-contract, protected-action, release-gate, and sunset policies are retired, and their four headline targets are replaced with reachable effect models. Twelve general finite guard-priority routes remain across steward lifecycle, separated contribution ledgers, and scoped federation contracts; their three targets remain at record-routing scope. The adjacent lifecycle probe checks two valid routes and six invalid controls with all publication, spending, external- dispatch, inherited-authority, and support effects disabled. It does not establish a steward bot, treasury executor, taint workflow, contribution service, governance runner, release runner, sunset protocol, funds movement, federation execution, authority effect, reproduction, or transfer. The sixtieth audit, `AsiStackProofs.GovernedRepositoryTrace`, reviewed all nine declarations and its single target. All nine Lean declarations are replaced because they compute over hand-authored fixture lists that are not digest-bound to the executed repository-change trace. The target remains as validator-owned executable evidence: the source slice executes nine scenarios and eight named attacks, where the baseline records eight false accepts while the governed route records zero false accepts, zero unsafe releases, and three rollback attempts. The derived trace then checks three authority handoffs, three timed effects with revocation winning ties, nine evidence events, causal parent order, two created residuals, one discharge, one open residual, and four rejecting invariant mutations. This is one local repository trace, not a universal invariant or proof of production authorization, deployed revocation, external independence, safety, reproduction beyond the tracked trace, or transfer. The sixty-first audit, `AsiStackProofs.ReferenceArchitecture`, reviewed all seven declarations and two targets. Two direct assumed-policy projections are retired. Five general finite routes remain for parentage repair, authority- delta repair, residual preservation, missing-governance blocking, and required validation. The end-to-end handoff target is replaced because it assumes the required artifact rather than observing a trace; the failure-routing target remains at exact record scope. No artifact/delta truth, repair/block/validation execution, cross-layer runtime behavior, governance enforcement, safety, reproduction, or transfer follows. The queue is now 90 theorem and 21 target machine candidates; 61/65 modules are fully reviewed with no support-state effect. The sixty-second audit, `AsiStackProofs.TheseusReference`, reviewed all fifty- four declarations and twelve targets. Two direct applications of assumed artifact-surface and gate-before-promotion policies are retired. Nine general finite contradictions, audit routes, boundary consequences, and one summary- to-review refinement remain at exact model scope. Forty-three theorems that only normalize hand-authored import summaries or mutations of those summaries are replaced with generated digest-bound conformance rather than duplicating the validator-owned evidence. The two broad report/gate headline targets are replaced with reachable artifact-and-promotion traces. The other ten targets remain only at the scopes recomputed by the report-bundle, public-task, fast- support, artifact-retention, module-definition, project-registry, assistant- trace, accelerator-manifest, book-crosswalk, and work-board validators. Those validators currently cover a one-valid/seven-invalid report audit, 64 public metadata-only tasks, four command replays over sixteen tracked artifacts and 68 task records, exact-hash replay of 41,943,527 payload bytes, 22 ready module records, 5,662 registered paths and 24 lifecycle surfaces, nineteen trace record types and 27 gates, seven accelerator surfaces, 53 public-safe pointer rows, and 130/412/133 work-board task/event/evidence rows. The heterogeneous counts remain separate import receipts, not one capability result. No clean live Project Theseus replay, current runtime truth, model or benchmark quality, accelerator parity, deployment, safety, alignment, AGI, ASI, reproduction, transfer, chapter-core promotion, or SOTA result follows. The sixty-third audit, `AsiStackProofs.PrototypeRoadmap`, reviewed all eleven declarations and three targets. Two direct assumed-policy projections are retired. Nine general finite phase-route, evidence-free-promotion, research-only, evaluator-boundary, fixture-acceptance, and non-claim consequences remain at exact model scope. The dependency-unlock headline target is replaced with a reachable predecessor/successor trace. The evidence-free- promotion target remains as a narrow counterexample, and the validator-owned fixture target remains bounded to two valid and six expected-invalid synthetic phase-gate cases with no support-state or phase-completion effect. No real phase completion, artifact truth, evaluator independence, capability gain, deployed controller, useful program outcome, safety, reproduction, or transfer follows. The queue is now 25 theorem and 6 target machine candidates; 63/65 modules are fully reviewed with no support-state effect. The sixty-fourth audit, `AsiStackProofs.LivingBook`, reviewed all twenty-one declarations and four targets. Two direct policy projections are retired, and the literal blocked-reader fixture normalization is replaced with generated digest-bound conformance. Eighteen general finite publication, structural- update, release-readiness, derived-artifact, change-packet, reader-route, and support-boundary consequences remain; the change-packet decomposition remains as a reusable lemma because a retained negative case consumes it. The four targets remain only at their exact generated-repository or validator scopes: manifest/outline/claim synchronization, structural generated-file currency, three valid and six invalid change packets, and the blocked current reader candidate plus three additional valid routes and eleven invalid controls. No source or claim truth, manuscript quality, accessibility conformance, reader or audio approval, publication authorization, support movement, reproduction, or transfer follows. The sixty-fifth and final inventory audit, `AsiStackProofs.BibliographyPlan`, reviewed all four declarations and two targets. Two direct source-ingestion and chapter-assignment policy projections are retired. Their two finite contradictions remain at record scope. The source-ingestion headline target is replaced with passage-to-claim lineage because a source-note-presence predicate does not establish support. The nonexistent-chapter assignment target remains as a narrow manifest-integrity guard. Source-note and protocol validators pass for 24 required backbone notes, 250 assigned notes, 287 total notes, 88 protocol fixtures, and eleven release records, but those counts establish neither bibliographic accuracy, source interpretation, literature completeness, chapter fit, claim support, research quality, reproduction, nor transfer. The activation-baseline semantic-review queue is now closed: zero of 1,151 theorem declarations and zero of 298 targets remain machine candidates, all 65 modules are fully reviewed, all five safety-critical modules remain fully reviewed, ten frozen projection theorems are now retired with lineage preserved, ten overbroad targets are remapped to the shared safety lifecycle model, and support-state effect remains `none`. At that inventory receipt P2/M3 remained in progress. Closing the inventory does not satisfy the completion gate: retained and replacement surfaces still require the recorded countermodels, reachable traces, generated refinements, executable consumers, consolidation/removal, and safety-critical/integration model- adequacy work before P2 can close. Safety-critical replacement receipt: `AsiStackProofs.SafetyCriticalLifecycle` now supplies one event-sourced state machine shared by Alignment, Corrigibility, Value Conflict, Governance Rights, and Self-Improvement. Its transition function, rather than a leading theorem hypothesis, rejects protected predicate removal, actual authority widening, premature effect commitment, and premature support promotion. Lean proves successful-commit readiness, successful-promotion readiness, per-step protected-state and authority preservation, invariant preservation over arbitrary accepted finite traces, and trace composition; five complete traces and six named counterexamples are checked exactly. The digest-bound independent Python implementation replays eight accepted and eight rejected corpus traces and generates 34 required-obligation deletion countermodels across the five domains. Ten unconsumed assumption-restatement theorem declarations and their supporting projection-only records are physically removed, while the ten stable target IDs now point to the stronger shared model. Frozen lineage, exact old statements, and retirement rationales remain in the proof rationalization registry. This is finite model and cross-implementation evidence only: it does not establish moral correctness, legal rights, affected-party completeness, evaluator quality, attack completeness, runtime integration, deployed safety, or support promotion. The 24 hand-authored Corrigibility/Governance lifecycle fixture normalizations and their unconsumed route types are now physically retired because their terminal replacement dispositions, shared transition model, independent checker, and deletion countermodels already existed. The frozen registry preserves every removed statement and now records 34 missing current baseline theorems: the original ten projection restatements plus this 24- theorem consolidation. The current Lean surface contains 1,138 declarations; the activation baseline remains 1,151. The shared model now also has a dedicated model-adequacy dossier and an independently encoded downstream fixture consumer. That consumer replays five accepted and five rejected domain traces, commits exactly five bounded fixture effects, denies five effects with residual records, rejects eight consumer-level mutations, and produces zero support promotions. Its result and readable receipt are digest-bound and machine-validated. This is not a deployed effect service and does not establish moral correctness, legal rights, evaluator quality, affected-party completeness, attack completeness, or runtime safety. At that replacement receipt P2/M3 remained open for real-schema refinement, concurrent and effectful semantics, and consumer traces for other retained proof families. Cognitive Kernel ABI receipt: the authorized 55th chapter's post-activation formal target is now implemented in `AsiStackProofs.ReplaceableCognitiveSubstrates`. The partial transition system keeps kernel family as routed data while the control plane owns proposal, receipt-bound commit, migration, revocation, authority ceiling, checkpoint identity, fallback, evaluator, assistance, lifecycle-cost, evidence, residual-owner, and rollback fields. Lean proves accepted-step and arbitrary accepted-trace authority/checkpoint preservation, proposal/effect separation, revoked-actor rejection, incompatible-migration rejection, and one exact nine-event Transformer-to-selective-state-space-to-KAN-to-fallback trace. The independently encoded Python consumer checks sixteen cases (one accepted, fifteen rejected), two committed effects, zero proposal effects, and twelve rejecting event mutations. The model-adequacy dossier explicitly excludes real kernel execution, full-state checkpoint translation, concurrency, effect- complete rollback, evaluator independence, natural workloads, matched baselines, reproduction, transfer, deployment, architectural RSI, AGI, and ASI. The chapter core remains `argument`; support-state effect is exactly `none`. At that ABI receipt P2/M3 remained open for real-schema refinement, concurrent/effectful semantics, and additional consumer traces; P5 retains the empirical heterogeneous-kernel tournament and frozen-core ratchet. Integrated reference trace receipt: the three stable headline targets for `integrated-reference-architecture` now resolve to `AsiStackProofs.IntegratedReferenceTrace`, a partial fourteen-layer transition system rather than two projection implications and a theorem-per-fixture conjunction. Lean proves accepted-step artifact/state joins, authority-ceiling preservation, accepted-trace authority non-widening, and trace composition; it also checks one exact twelve-event terminal trace and rejecting parent fork, authority widening, missing-gate, revocation-tie effect, unacknowledged-effect, and residual-erasure cases. The source-anchored independently encoded consumer replays eighteen cases: four accepted outcome paths and fourteen rejected paths, thirty-five accepted events, three attempted effects, two final net effects, one acknowledged final effect, three open residuals, four terminal or quarantine receipts, one exact rollback, two quarantines, and fifteen rejecting mutations. Eleven obsolete frozen theorem declarations are physically retired with lineage preserved, bringing current missing-or-changed activation declarations to 45 and changed activation targets to 13. Replacement work raises the live surface to 1,166 declarations across 67 modules and 300 targets after the later logical-time effect-ledger increment; that increase is not evidence strength by itself. The adequacy dossier and consumer initially excluded checked live-schema encoders/decoders. The next executable adapter now consumes the complete tracked governed-result object, validates it against `asi_stack.governed_repository_change_result.v0`, losslessly round-trips the exact claimed projection for all nine source scenarios, derives three approved completions, three pre-effect refusals, two exact rollbacks, and one failed-rollback quarantine, and rejects twenty mutations applied to concrete source fields. This closes one real-schema executable-refinement placeholder, not the universal refinement problem: the adapter is not Lean-verified and still excludes unprojected semantic payload preservation, additional live schemas, concurrent/distributed semantics, complete effect discovery, evaluator independence, deployment, reproduction, transfer, safety, and chapter-core promotion. Support-state effect remains exactly `none`. At that integrated-trace receipt P2/M3 therefore remained open for those refinement and execution boundaries and for independent consumers of the other retained proof families, not for the now-closed integrated-model or first governed-schema placeholder. The next formal increment adds a per-effect logical-time ledger inside `IntegratedReferenceTrace`: effect identities, authority epochs, attempt, observation, mutually exclusive acknowledgement/compensation/residualization, revocation, and receipts are now explicit transitions. General lemmas require an observed effect to have been attempted, make an accepted acknowledgement close its exact effect, and reject an attempt linearized at the same time as an already-applied revocation. One two-effect equal-time interleaving closes one effect by acknowledgement and the other by residual custody. This advances the concurrency semantics. The independently implemented consumer now checks sixteen traces—four accepted and twelve rejected—plus twelve additional semantic mutations. It treats effect identity as the idempotency key, accepts an exact same-epoch retry as a no-op, rejects stale or revoked retries, and exercises acknowledgement, compensation, and residual custody under partial failure. This closes the finite linearizable consumer placeholder but not distributed clocks, partitions, retry transports, scheduler behavior, deployed adapters, or complete effect discovery. No support state changes. Authority grant-to-effect receipt: the first two stable targets for `system-boundaries-and-authority` now resolve to `AsiStackProofs.AuthorityEffectRefinement`. The reachable sequential model binds grant ID, principal, operation, target, caller ceiling, authority epoch, expiry, remaining uses, target-owner approval, dispatch, effect, independent observation, revocation, and exact rollback. Lean proves the accepted issuance, dispatch, and effect custody consequences; one six-event witness and seven named countermodels exercise widening, confused-deputy substitution, expiry, stale epoch, revocation, missing dispatch, and consumed one-shot reuse. The independently implemented consumer binds six authority fixtures, one executed local effect, two pre-effect denials, five revocation entries, and nine governed repository scenarios by digest and rejects 38/38 semantic mutations. One projection-only frozen Authority declaration is physically retired with lineage preserved. The packet trusts numeric identities and receipt fields and does not establish authentic identity, wise issuance, concurrent revocation, complete observation, deployed authorization, production security, reproduction, transfer, or chapter-core support. Support-state effect is exactly `none`; at that authority receipt P2/M3 remained in progress for the retained proof families and cross-layer refinement obligations. Human Intent resolution receipt: the two headline contract targets and the intake bridge now resolve to `AsiStackProofs.IntentResolutionRefinement`, while twenty general resolution/admission branches remain in `AsiStackProofs.IntentContracts` as bounded negative cases. The reachable model preserves root intent, contract version, constraint and stop hashes, authority ceiling, approved authority, ambiguity, material-delta, and re-contract state. Its five-event witness reaches accepted version 2 after explicit re-contract. The independent consumer binds 4 valid/6 invalid intake cases, all 6 intake signals, 2 valid/7 invalid re-contract cases, and 13 plan fixtures, and rejects 30/30 semantic mutations. Five assumption-restating or literal-summary declarations are physically retired with frozen lineage preserved. This packet does not establish natural-language understanding, semantic completeness, authentic authority extraction, prompt-injection containment, deployed dispatch/effects, natural-workload usefulness, reproduction, transfer, or chapter-core support. Support-state effect is exactly `none`. Command semantic-interface receipt: all three stable command targets now resolve to `AsiStackProofs.CommandSemanticRefinement`. Its reachable model binds and preserves exact objective, constraint, output-contract, verification, failure-behavior, and authority slots; distinguishes general dispatch confidence from stricter authority confidence; and requires explicit precedence, ceiling, approval, planning-validation, blocker, and dispatch-receipt custody. A five-event witness reaches dispatch-ready, while eight named countermodels exercise missing output, hidden provenance or override, inferred or widened authority, constraint substitution, and missing validation/dispatch receipts. The independently implemented consumer schema-validates all 13 command fixtures, classifies five interface violations, two correct command-boundary blocks, and six interface-admissible records, digest-binds the nine-trace handoff and nine-scenario/89-event vertical results, and rejects 38/38 semantic mutations. Interface admissibility is explicitly not whole-fixture acceptance: five admissible records retain downstream approval, lineage, DAG, receipt, or requirement-preservation failures. Two projection-only frozen declarations are physically retired with lineage preserved; five finite negative/reusable branches remain bounded. Hashes, labels, authority, and receipts are trusted; natural-language semantics, calibrated extraction, prompt-injection resistance, deployed dispatch, reproduction, transfer, and chapter-core support remain unproved. Support-state effect is exactly `none`. Cognitive Compilation obligation-refinement receipt: all three stable compilation targets now resolve to `AsiStackProofs.CognitiveCompilationRefinement`, while twelve general lowering branches remain bounded in `AsiStackProofs.CognitiveCompilation`. The reachable model carries exact plan, three-obligation, source-constraint, target, authority, plan-version, repair-ledger-version, receipt, residual, and logical- time state. Its seven-event witness binds, types, lowers, validates, detects a material repair, applies a localized exact-obligation repair with a one-step ledger increment, and accepts the exact target. Eight kernel countermodels reject obligation substitution, authority widening, missing lowering receipt, validator/preservation laundering, global repair, unversioned repair, target substitution, and residual-bearing acceptance. The independent consumer schema-validates the semantic atoms, accepts exactly two fixtures, rejects all four known-invalid fixtures, digest-binds the prior receipt, and rejects 47/47 mutations. Two projection-only declarations are physically retired with frozen lineage. Numeric identities, scope, validator, authority, receipt, and ledger fields remain trusted; natural-language semantics, obligation completeness, backend execution, actual artifact evaluation, measured locality, reproduction, transfer, and chapter-core support remain unproved. Support-state effect is exactly `none`. Virtual Context ABI reachable-refinement receipt: all three stable ABI targets now resolve to `AsiStackProofs.VirtualContextRefinement`, while eleven general admission/adequacy routes remain bounded in `AsiStackProofs.VirtualContextABI` and the three certificate targets remain separately owned. The reachable model carries exact request, address, version, snapshot, mount, source, derived, authority, lease, receipt, mandatory, emission, stage, and logical-time state. Its four-event witness binds, resolves an exact live and permitted hit, certifies a source-bound derived representation without widening authority or claiming exact completeness, and materializes with receipt custody. Its two- event mandatory-miss witness emits a typed-fault receipt without a materialization receipt or emission. Twelve kernel countermodels reject binding substitutions, expired lease, certificate source or authority faults, completeness overclaim, undeclared omission, taint, missing fault custody, and missing certificate custody. The independently implemented consumer rechecks all eleven prior resolver scenarios at exactly two valid and nine invalid, keeps the separate admission suite at exactly three valid and five invalid, executes both witnesses, and rejects 55/55 semantic mutations. Two projection- only declarations are physically retired with frozen lineage. Numeric identities, permissions, lease, hashes, declarations, taint flags, and receipts remain trusted; natural-language address truth, payload meaning, certificate truthfulness, deployed resolver/store behavior, concurrency, deletion, reproduction, transfer, and chapter-core support remain unproved. Support- state effect is exactly `none`. Context Certificate provenance/lifecycle-refinement receipt: all three stable certificate targets now resolve to `AsiStackProofs.ContextCertificateRefinement`, while fifteen general lifecycle routes and one derived authority-escalation contradiction remain bounded in `AsiStackProofs.ContextCertificates`. The reachable model carries exact certificate, source, derived, loss-contract, omission-ledger, permitted-use, authority, lifecycle-epoch, receipt, deletion-closure, evidence-transition, revocation, taint, admission, stage, and logical-time state. Its five-event witness binds a source, derives without represented authority escalation, certifies loss/omission/use contracts, verifies the exact current certificate with deletion closure, and admits its exact use. Thirteen kernel countermodels reject provenance substitution, authority widening, missing declarations or receipts, stale epoch, deletion gap, scope escape, support laundering, taint, and revocation. The independently implemented consumer validates the canonical certificate and all twelve certificate records across eight scenarios against the public schema, keeps that shape result separate from the three-valid/five- invalid whole-scenario admission judgment, executes the witness, and rejects 64/64 semantic mutations. Two direct projections are physically retired with frozen lineage. Numeric identities, authority, epochs, policy decisions, verifier outcomes, declarations, and receipts remain trusted; content truth, transformation/omission fidelity, verifier independence, deployed enforcement, concurrent revocation, deletion propagation, reproduction, transfer, and chapter-core support remain unproved. Support-state effect is exactly `none`. Context Transaction snapshot/store-refinement receipt: all four stable transaction targets now resolve to `AsiStackProofs.ContextTransactionRefinement`, while seventeen genuine finite contradictions, priority routes, and non- promotion lemmas remain bounded in `AsiStackProofs.ContextTransactions`. The reachable model orders snapshot binding, branch/mount-scoped write staging, one- step versioned commit, exact visible read, taint/deletion-governed derivation, and receipt-bound materialization. Three general theorems preserve exact read identity/version and replay custody, require represented declassification authority and receipt for untainted derivation from a tainted source, and preserve seven receipt classes at materialization. One six-event witness and fifteen countermodels are kernel checked. The independent consumer keeps the exact three-valid/six-invalid store suite and two-valid/four-invalid sequence suite, executes the witness, and rejects 78/78 mutations. Six assumption, copied-current-result, or field-projection declarations are physically retired with frozen lineage. The two original fixture validators now require the reachable model rather than copied Lean constants. Identifiers, policies, taint/deletion facts, epochs, and receipts remain trusted; concurrency, distributed isolation, crash recovery, replay determinism, deployed storage, erasure, side channels, reproduction, transfer, and chapter-core support remain unproved. Support-state effect is exactly `none`. Verification Bandwidth evidence-gate-refinement receipt: all four stable adequacy targets now resolve to `AsiStackProofs.VerificationBandwidthRefinement`. The reachable model separates proposed, frozen, executed, adjudicated, and handed-off stages over an exact plan, claim version, packet digest, risk, requested effect, obligation, authority, rights, budget, horizon, stop-rule, disposition, evaluator, negative-search, artifact, residual, and expiry record. Its twelve routes stop malformed plans, unadmitted context, missing obligations, direct core-promotion requests, inconsistent counts, contradictions, open residuals, correlated high-risk evaluation, missing negative search, and missing artifacts; the strongest positive result is handoff to an independent evidence gate. The independent consumer preserves the exact three-valid/five-invalid admission, two-valid/seven-invalid contradiction, and three-valid/five-invalid capacity suites, executes the five-stage witness, covers all twelve routes, and rejects 31/31 mutations. Four baseline declarations are physically retired: one assumption projection, two copied-summary projections, and one theorem that mislabeled adequacy as permission to assign verified support. Claim/context, risk, authority, rights, obligation, evaluator, and outcome facts remain trusted; model verification capacity, natural-claim adequacy, contradiction discovery, evaluator competence or independence, calibrated usefulness, causality, deployed support enforcement, reproduction, transfer, and chapter- core support remain unproved. Support-state effect is exactly `none`. Claim Ledger append-only-refinement receipt: all four stable Claim Ledger targets now resolve to `AsiStackProofs.ClaimLedgerRefinement`. The reachable model separates idle, proposed, appended, materialized, and acknowledged stages over exact claim identity, base ledger version, prior head digest, semantic and ontology versions, recorded support ranks, history, non-overwrite attestation, evidence-owner custody, contradiction state, dependency closure, migration, residuals, surfaces, and the full pending proposal. Its 27 declarations prove one-step and arbitrary-run identity, zero-effect, and ledger/append accounting, batch composition, and terminal closure. Its 22 route cases reject stale bases, digest or same-digest payload substitution, ledger authority leakage, open contradictions, missing evidence-owner receipts, overwritten history, missing reasons or residuals, incomplete dependency or migration custody, and missing surface plans or acknowledgments before authorizing exact append, materialization, and acknowledgment. The independent consumer preserves the exact five-valid/seven-invalid revision suite and one-valid/eleven-invalid five-project lifecycle, executes the four-event witness, and rejects 34/34 mutations. Sixteen baseline declarations are physically retired with frozen lineage; four small legacy lemmas remain bounded. Event fields, digests, evidence-owner receipts, dependency closure, migration receipts, and surface receipts remain trusted; natural claim identity, semantic equivalence, assumption completeness, evidence and contradiction quality, concurrent persistence, natural multi-surface repair, usefulness, causality, reproduction, transfer, deployment, and chapter-core support remain unproved. The corpus now has 1,246 live theorem declarations and 300 live proof targets; 105 activation-baseline declarations are physically absent or changed. Support-state effect is exactly `none`. Proof-Carrying Claims target-to-writeback-refinement receipt: three stable proof-carrying and adversarial-dossier targets now resolve to `AsiStackProofs.ProofCarryingClaimsRefinement`. The reachable model separates idle, target-frozen, artifact-bound, verifier-executed, adjudicated, and owner-writeback stages over exact claim, version, target, interpretation, scope, assumptions, artifact, verifier, trusted-base, result, attempt, dossier, dissent, limitation, residual, and owner-handoff custody. Its twenty-three routes reject target, artifact, verifier, result, event, and writeback substitution; support or external-effect authority leakage; missing interpretation, scope, assumptions, artifact, trusted base, execution, passed-result refs, negative attempt history, independent dossier, dissent, limitation, residual, or owner handoff; an unverified pass; negative promotion; and mismatch without tribunal. The independent consumer preserves the exact three-valid/five-invalid proof- carrying and two-valid/seven-invalid adversarial-dossier suites, executes the five-event witness, and rejects 36/36 mutations. Four assumption-restating or broad-summary baseline declarations are physically retired with frozen lineage; four small legacy artifact/negative-result lemmas remain bounded. Target meaning, semantic equivalence, artifact or source truth, proof or verifier soundness, trusted-base correctness, reviewer competence or independence, verdict quality, claim truth, evidence adequacy, usefulness, causality, safety, total-cost advantage, natural workloads, concurrency, deployment, reproduction, transfer, and chapter-core support remain unproved. At this receipt the corpus had 1,253 live theorem declarations and 300 live proof targets; 109 activation-baseline declarations and 50 baseline targets were absent or changed through preserved-lineage replacement. Support-state effect is exactly `none`. Tribunal versioned-verdict and appeal refinement receipt: both stable Tribunal targets now resolve to `AsiStackProofs.TribunalRefinement`. The reachable model separates idle, review-requested, dossier-bound, panel-run, verdict-issued, consumer-acknowledged, and appeal-resolved stages while preserving exact case, target, evidence, dossier, panel, policy, consumer, verdict-version, event, owner, acknowledgment, and appeal custody. Its twenty-eight routes reject case, evidence, verdict, or event substitution and replay; support or effect authority leakage; missing high-risk probes or panel size; invalid declared independence graphs or undisclosed shared-evidence risk; missing falsification, abstention, veto, dissent, actions, constraints, residuals, appeals, owner handoff, consumer acknowledgment, or requested-appeal resolution; changed- evidence reuse; and default approval. The independent consumer preserves the exact three-valid/five-invalid review and one-valid/eleven-invalid method/ independence suites, executes the six-event witness, covers all twenty-eight routes, and rejects 45/45 mutations. Ten baseline declarations—two direct assumption projections and eight literal route normalizations—are physically retired with frozen lineage; three general countermodels remain bounded. Case and evidence facts, digests, method labels, panel declarations, falsification, abstention, veto, dissent, actions, residuals, appeal, owner handoff, and consumer acknowledgment remain trusted. Reviewer competence, independence in fact, dossier completeness, evidence truth, probe quality, verdict correctness, legitimacy, action or appeal efficacy, usefulness, causality, safety, deployment, reproduction, transfer, and chapter-core support remain unproved. The corpus now has 1,255 live theorem declarations and 300 live proof targets; 119 activation-baseline declarations and 52 baseline targets are absent or changed through preserved-lineage replacement. Support-state effect is exactly `none`. Typed Job versioned execution and closure refinement receipt: all five stable Typed Job targets now resolve to `AsiStackProofs.TypedJobRefinement`. The reachable model separates idle, contract-locked, authorized, dispatched, execution-observed, adjudicated, and consumer-acknowledged closed stages while preserving exact job/version, contract, plan, authority, permission, lease, scheduler, consumer, and event custody. Its twenty-eight routes reject identity substitution, replay, support/effect authority leakage, unlocked parentage, approval or permission bypass, inactive leases, missing scheduler slots or dispatch requests, retry without idempotency, retry authority widening, unacknowledged cancellation, output after acknowledged cancellation, missing artifacts or audit, unverified adjudication, missing completion/replay/residual custody, and unacknowledged closure. The independent consumer preserves the exact two-valid/seven-invalid delivery and two-valid/nine-invalid durable- lifecycle suites, executes the six-event witness, covers all twenty-eight routes, and rejects 42/42 mutations. Three baseline declarations—the valid- record projection and two generic authored-summary bridges—are physically retired with frozen lineage; twenty-four exact approval, execution-route, and durable-lifecycle declarations remain bounded. Job and service identifiers, digests, approval, permission, lease, scheduler, retry, cancellation, artifact, audit, verification, receipt, replay, residual, and acknowledgment facts remain trusted. Scheduler quality, worker or model capability, task success, output truth, verification soundness, idempotence or enforcement in fact, durable recovery, cancellation efficacy, receipt/replay truth, usefulness, causality, safety, deployment, reproduction, transfer, and chapter-core support remain unproved. The corpus now has 1,266 live theorem declarations and 300 live proof targets; 122 activation-baseline declarations and 57 baseline targets are absent or changed through preserved-lineage replacement. Support-state effect is exactly `none`. Safety Case readiness-and-invalidation refinement receipt: all eight stable Safety Case targets now resolve to `AsiStackProofs.SafetyCaseRefinement` rather than stopping at isolated Boolean-route reductions. The independently encoded consumer preserves the exact eight-case suite, reaches all thirty routes across six stages, rejects all 35 registered mutations, and records one readiness handoff followed by one descendant-aware invalidation back to challenge. The eight legacy theorems remain as bounded route countermodels. This establishes neither argument truth, hazard completeness, evidence adequacy, reviewer independence, control efficacy, safety, readiness, release authority, deployed invalidation, transfer, support, nor external effects. Capability Threshold repeated-assessment refinement receipt: all eight stable Capability Threshold targets now resolve to `AsiStackProofs.CapabilityThresholdRefinement` rather than stopping at isolated decision-tree reductions. The independently encoded consumer preserves the exact eight-case commitment suite, reaches all 43 routes across draft, scoped, assessed, adjudicated, controlled, and readiness-bound stages, and rejects all 48 registered identity, evidence, safeguard, bypass, rollback, exception, authority, replay, and reassessment mutations. The full witness records one readiness handoff followed by a named trigger, complete descendant invalidation, ordinary-route blocking, and assessment version 2 back to scoped assessment. The eight legacy theorems remain bounded countermodels. This establishes neither capability measurement, threshold validity or crossing, evaluator independence, safeguard/bypass/rollback efficacy, exception legitimacy, deployed invalidation, readiness, safety, release, transfer, support, nor an external effect. Adversarial Evaluation observation-and-re-evaluation refinement receipt: all eight stable Adversarial Evaluation targets now resolve to `AsiStackProofs.AdversarialEvaluationRefinement` rather than stopping at isolated integrity-route reductions. The independently encoded consumer preserves the exact eight-case suite, reaches all 56 routes across draft, scoped, protocol-bound, observed, independently probed, adjudicated, and decision-bound stages, and rejects all 60 registered identity, context, provenance, observation, evaluator, hypothesis, discrepancy, mitigation, quarantine, intent, authority, replay, and re-evaluation mutations. The full witness records one bounded decision-review handoff followed by a named trigger, complete descendant invalidation, ordinary-route blocking, and protocol version 2 back to scoped protocol binding. The eight legacy theorems remain bounded countermodels. This establishes neither deception or sandbagging detection, capability, intent, prevalence, monitor/reward/outcome/evaluator validity, mitigation efficacy, quarantine correctness, readiness, safety, release, deployed invalidation, transfer, support, nor an external effect. Scalable Oversight review-and-readmission refinement receipt: all seven stable Scalable Oversight targets now resolve to `AsiStackProofs.ScalableOversightRefinement` rather than stopping at disconnected admission and use trees. The independently encoded consumer preserves the exact seven-case suite, reaches all 58 routes across draft, scoped, protocol-bound, reviewed, audited, adjudicated, and use-bound stages, and rejects all 65 registered identity, scope, protocol, review, audit, abstention, policy-authority, consumer-handoff, replay, and readmission mutations. The full witness records one bounded-use handoff followed by a material-change trigger, complete descendant invalidation, ordinary-route blocking, and protocol version 2 back to scoped protocol binding. The eight legacy theorems remain bounded countermodels. This establishes neither reviewer competence, independence, calibration, outcome truth, debate or consultancy efficacy, weak-to-strong generalization, causal usefulness, readiness, safety, release, deployed invalidation, transfer, support, nor an external effect. Policy Optimization governed-update refinement receipt: all four stable Policy Optimization targets now resolve to `AsiStackProofs.PolicyOptimizationRefinement` rather than stopping at projection-shaped promotion implications and disconnected guard routes. The Lean model now checks a complete seven-transition lifecycle and a failed evaluation prefix that cannot reach adjudication, lease, or readmission. The independent state-transition consumer rejects 3/3 cross-stage controls: missing causal ablation, support-authority laundering, and incomplete effect rollback. It also reruns the exact six-sample, two-holdout, five-candidate lease probe, preserves all three rejected controls and the experimental-only disposition, reaches all 63 routes across draft, scoped, full-state-bound, updated, evaluated, adjudicated, and lease-bound stages, and rejects all 73 registered identity, state-custody, evaluation, causal, forgetting, rollback, monitoring, authority, replay, and readmission mutations. The witness records one bounded lease followed by effect-complete rollback, descendant invalidation, ordinary-route blocking, and protocol version 2 back to scoped full-state binding. Eleven legacy contradictions and guard routes remain useful; five projection restatements are retired and three copied fixture facts are replaced by generated result conformance. This establishes neither learning, reward or evaluator validity, causal improvement, retained capability, forgetting control, runtime rollback, monitor efficacy, useful throughput, safety, alignment, readiness, release, reproduction, transfer, support, SOTA, AGI, ASI, nor an external effect. Data Engines custody/update/deletion/readmission refinement receipt: all fifteen stable Data Engines targets now resolve to `AsiStackProofs.DataEngineLifecycleRefinement` rather than stopping at three disconnected finite route functions. The Lean model now checks a complete eight-transition lifecycle and an axis-laundering prefix that cannot reach custody or readmission. The independent state-transition consumer rejects 3/3 cross-stage controls: behavior presented as influence, lineage presented as storage erasure, and incomplete descendant invalidation after custody. It also reruns the exact four-scenario admission probe, 24-surface/15-transaction full-state bridge, and three-seed/twelve-arm small-model update result; reaches all 82 routes across draft, scoped, admitted, state-bound, updated, deletion-assessed, adjudicated, and custody-bound stages; and rejects all 96 registered identity, custody, gate, ordering, replay, claim-laundering, support, and effect mutations. The witness records one bounded custody handoff followed by complete invalidation, ordinary-route blocking, a rerun requirement, a rollback or revocation receipt, and successor version 2 back to scope. The fifteen legacy route theorems remain bounded consequences. This establishes neither source or rights truth, semantic-contamination control, dataset quality, foundation-model learning, target improvement, forgetting, causal influence reduction, privacy/legal/storage/backup erasure, external-descendant closure, semantic or production recovery, capability, safety, readiness, release, reproduction, transfer, support, SOTA, AGI, ASI, nor an external effect. Open-Ended Improvement campaign-to-governor/readmission refinement receipt: all seven stable Open-Ended Improvement targets now resolve to `AsiStackProofs.OpenEndedImprovementRefinement` rather than stopping at seven disconnected Boolean admission routes. The Lean model now checks a complete seven-transition campaign lifecycle and a budget-reset prefix that cannot reach governor handoff or readmission. The independent state-transition consumer rejects 3/3 cross-stage controls: budget reset, missing stop effect, and candidate-authority laundering. It also reruns the exact seven-case admission fixture, the three-seed/four-arm fixed update result, and the three-seed/five-arm post-v2.1 stopped campaign; reaches all 81 routes across draft, scoped, generation-bound, archive-bound, evaluated, adjudicated, and governor-bound stages; and rejects all 91 identity, scope, generation, archive, evaluation, stopping, authority, replay, support, and external-effect mutations. The witness records one governor-review handoff and returns only to protocol-version-2 scope after a material-change trigger, complete descendant invalidation, ordinary-route blocking, cumulative-budget carryover, rerun requirement, and payload/receipt custody. The seven legacy route theorems remain bounded consequences. The stopped campaign retains all 332 registered model calls, zero of nine eligible challenger seed-arms meeting the 0.05 gain threshold, four `no_change` claim dispositions, and no support effect. This establishes neither objective legitimacy, evaluator correctness or independence, adaptive-search quality, semantic novelty, useful improvement, hazard-control efficacy, autonomous discovery, transfer, safe self-improvement, capability, safety, readiness, release, deployment, SOTA, AGI, ASI, support, nor an external effect. Recursive Self-Improvement proposal-to-outcome/readmission refinement receipt: all three stable Recursive Self-Improvement targets now resolve to `AsiStackProofs.SelfImprovementRefinement` rather than stopping at disconnected Boolean and projection-shaped route envelopes. The independently encoded consumer reruns the exact 3-valid/10-invalid self-improvement fixture, 4-valid/5-invalid readiness fixture, 5-valid/9-invalid replacement fixture, two-transaction/three-control replacement trace, eight-trace/six-control intent bridge, three-seed/twelve-arm fixed update result, and Open-Ended Improvement governor handoff. It reaches all 118 routes across draft, scoped, proposal-bound, implementation-reviewed, evaluated, adjudicated, replacement-bound, and outcome-reconciled stages and rejects all 129 identity, scope, proposal, implementation, full-state, evaluation, adjudication, replacement-outcome, replay, authority, support, and external-effect mutations. The full witness records one bounded replacement handoff, one returned outcome reconciliation, and protocol version 2 only after material-change, affected-path, descendant-invalidation, ordinary-route-blocking, stale-gate-expiry, new-state, and rerun records. The 22 legacy declarations remain frozen with reviewed lineage. The fixed update result retains three exact local rollbacks and four `no_change` dispositions; the Open-Ended challenger retains zero threshold passes; support and external-effect authority remain `none`. This establishes neither objective legitimacy, rights truth, state completeness, evaluator or monitor competence, natural useful improvement, deception detection, live authority enforcement, production replacement, semantic recovery, effect-complete rollback, compensation efficacy, recursive composition safety, reproduction, transfer, release, SOTA, AGI, ASI, support, nor an external effect. Personal Compute Hive policy-to-closure refinement receipt: all six stable Hive targets now resolve to `AsiStackProofs.HiveLifecycleRefinement`. The reachable model separates requested, policy-bound, node-selected, leased, executed, reconciled, and closed stages while preserving exact job, principal, contract, registry, candidate-set, selected-node, policy, authority, lease, evaluator, consumer, residual, and event custody. It requires policy-first admission, complete candidate denominators, least-authority and locality selection, cost, energy and dropout plans, federation/sandbox/lease boundaries, bound approval, fresh authority, partition-aware denial before mutation, execution monitoring, artifact/effect/resource/audit receipts, useful-outcome and residual records, dropout recovery, revocation and descendant closure, acknowledgment, and non-claims. The independent consumer preserves the exact 2/8 Hive-admission and 3/6 partitioned-authority suites, covers all 47 routes, executes the six-receipt witness, and rejects 53/53 mutations. Five weak projections or fixture-summary declarations are retired; 21 genuine legacy consequences remain beside seventeen refinement declarations. The authored useful-outcome field is not a measured natural-workload result. Deployed scheduling, attestation, federation, sandbox enforcement, partition tolerance, availability, privacy, security, energy measurement, dropout-recovery efficacy, useful-work advantage, transfer, SOTA, and support remain unproved. The corpus now has 1,303 live theorem declarations and 300 targets; 172 baseline declarations and 83 targets are absent or changed. Support-state effect is exactly `none`. Compact Generation source-to-closure refinement receipt: all nine stable Compact Generative Systems, Generate-Verify-Repair, and Semantic Representation targets now resolve to `AsiStackProofs.CompactGenerationRefinement`. The reachable model separates requested, source-bound, generated, verified, residualized, published, migrated, consumed, and closed stages while preserving exact representation, version, source, contract, generator, target, verifier, residual-ledger, consumer, result-set, and event identities. It requires rights and consumer policy before generation; bounded generation and cost records; verifier identity and independent-evaluator declaration; observed reconstruction; lossy-exactness rejection; executable preserved-source fallback; residual records, owners, burden, provenance, total cost, and fallback receipts; digest-bound publication and evidence transitions; semantic provenance, grounding-evaluator, migration, reference-continuity, and consumer-map gates; downstream evaluation; residual-chain closure; and non-claims. The independent consumer reaches all 60 routes, rejects 51/51 non-accepting mutations, executes the eight-receipt fallback witness, and SHA-256 binds the exact five-case GVR, three-valid/five-invalid conservation, four-entry repository trace, and four-entry/five-invalid storage replay results. Twenty-six projections, fixture normalizations, copied table facts, and all-true summary bridges are physically retired with frozen lineage; six genuine finite countermodels remain beside seventeen refinement declarations. `utilityMeasured` and all other policy fields are authored inputs, not natural-workload results. Codec correctness, verifier correctness or real independence, obligation discovery, semantic grounding, deployed fallback, useful compression, downstream utility, total-cost advantage, reproduction, transfer, SOTA, and support remain unproved. At that tranche the corpus had 1,300 live theorem declarations and 300 targets; 198 baseline declarations and 92 targets are absent or changed. Support-state and external-effect authority are exactly `none`. Fast Generation request-to-closure refinement receipt: all five stable Fast Generation targets now resolve to `AsiStackProofs.FastGenerationRefinement`. The reachable model separates requested, context-bound, mode-selected, draft-generated, verified-or-fallback, accounted, decided, and closed stages while preserving exact task, version, context, task-set, consumer, mode, baseline, verifier, result, residual, and event identities. It requires rights, deadline, risk, quality, verifier-identity, evaluator-independence declaration, acceptance, matched-baseline, latency, compute/memory, and high-risk gates; bounded draft and generation-cost records; observed verification; executable fallback and fallback residuals; accepted output and quality gates; verifier, fallback, useful-denominator, baseline, cost-separation, output-digest, evidence-transition, decision, consumer, descendant, residual-closure, digest, cleanup, and non-claim records. The independent consumer reaches all 60 routes, rejects 51/51 non-accepting mutations, executes verified and fallback witnesses, and SHA-256 binds the exact two-valid/four-invalid baseline, three-route/four-task accounting, and one-valid/six-invalid Theseus suites. Thirty-five projections, assumption restatements, fixture copies, and authored summary bridges are physically retired with frozen lineage; three genuine finite countermodels remain beside seventeen refinement declarations. `taskSuccess`, `usefulDenominator`, verifier outcomes, fallback, and cost fields are authored inputs, not natural-workload measurements. Model generation or speed, verifier correctness or real independence, useful throughput, deployed fallback, serving behavior, reproduction, transfer, SOTA, and support remain unproved. The corpus now has 1,270 live theorem declarations and 300 targets; 261 baseline declarations and 110 targets are absent or changed. Support-state and external-effect authority are exactly `none`. Governed Deliberation request-to-closure refinement receipt: all ten stable Deliberation targets now resolve to `AsiStackProofs.DeliberationRefinement`. The reachable model separates eight stages and 59 routes across request, scope, candidate custody, evaluation, selection, stopping, bounded planning handoff, and closure. The independent consumer reaches all routes, rejects 51/51 non- accepting mutations, exercises residual escrow and a bounded planning handoff, reruns the exact admission, post-v2 synthetic, and post-v2.1 actual-model validators, and SHA-256 binds four exact result artifacts. The actual-model boundary remains five arms at 0/60 final correct with no initially correct cases, a `no_change` disposition, and `no_core_promotion`; it is a preserved failed attempt, not useful-reasoning evidence. Eight flat route consequences are retired with frozen lineage, two general countermodels remain, and eleven refinement declarations carry the reachable policy. Authored verifier, corruption, repair, faithfulness, cost, useful-metric, and residual fields are not measurements. Support-state and external-effect authority are exactly `none`. Artifact Compression artifact-to-consumption refinement receipt: all three stable compression-artifact targets now resolve to `AsiStackProofs.ArtifactCompressionRefinement`. The reachable model separates eight stages and 53 routes across registration, encoding, reconstruction verification, consumer probing, fallback preparation, qualified-use admission, observed consumption, and closure. The independent consumer reaches all routes, rejects 44/44 non-accepting mutations, reruns the exact fixture, RAW0 replay, and NEURAL0 metadata validators, and SHA-256 binds those artifacts plus both no-change decisions. The RAW0 replay remains a 3,936-byte input and 4,434-byte archive with no compression advantage and one rejected corrupt-byte mutation; the NEURAL0 surface remains three historical observations over one 100,000,000-byte decoded artifact without a fresh encode. Seventeen projections and flat route consequences are retired, two countermodels remain, and eight refinement declarations carry the reachable policy. Authored decoder, probe, utility, rare-case, cost, fallback, and outcome fields are not measurements. Support-state and external-effect authority are exactly `none`. Resource Economics allocation-and-simulation-transport refinement receipt: all eleven stable Resource Economics and Simulation Fidelity targets now resolve to `AsiStackProofs.ResourceEconomicsRefinement`. The reachable model separates nine stages and 66 routes across request binding, budget declaration, capacity reservation, scheduling, execution accounting, outcome verification, simulation or benchmark claim transport, spend and outcome reconciliation, and closure. The independently implemented consumer reaches every route, rejects 57/57 non-accepting mutations, reruns twelve bounded source validators, and SHA-256 binds their exact results. Those sources deliberately retain different evidence meanings: synthetic fixtures, repository replays, local timing, historical CI records, and sanitized imports are not pooled into one empirical claim. Thirty-five assumption projections and copied fixture summaries are physically retired with frozen lineage; twenty-three genuine countermodels and bounded route or event computations remain; eight refinement declarations carry the stronger lifecycle. The fixture-specific 66.98 percent cost result does not establish economic optimality, and clean simulation records do not establish simulator adequacy, physical feasibility, or transfer. The corpus now has 1,243 live theorem declarations and 298 targets; 296 activation-baseline declarations and 123 targets are absent or changed. Support-state and external- effect authority are exactly `none`. Readiness candidate-to-terminal refinement receipt: all three stable Readiness targets now resolve to `AsiStackProofs.ReadinessRefinement`. The reachable model separates candidate, shadow, canary, qualified, default-ready, quarantined, and terminal stages while preserving exact capability, implementation, model-state, workload, baseline, evaluator, policy, authority, consumer, fallback, residual, and event custody. It requires baseline and evaluator declaration, fresh shadow evidence, regression-floor preservation, residual escrow, fallback, rollback planning, monitoring, canary useful-throughput/unsafe-release/latency-cost accounting, independent evaluation, transfer and delayed outcomes, transitive quarantine, ordinary-route blocking, bounded diagnostics, dependency and revocation closure, terminal receipt, and consumer acknowledgment. The independent consumer preserves the exact 4/5 readiness-residual suite, 6/12 lifecycle suite, and one-record/nine-mutation six-project check-lifecycle suite; covers all forty routes; executes the six-receipt witness with one ordinary release, one quarantine, one terminal closure, zero support assignments, and zero external effects; and rejects 45/45 mutations. Nine definition-unpacking or fixture-summary declarations are physically retired with frozen lineage; eleven genuine legacy countermodels remain bounded beside seventeen new refinement declarations. Evidence truth, evaluator competence or independence, gate calibration, natural useful throughput, effect-complete rollback, deployed quarantine/revocation, transfer, safety, SOTA, and chapter-core support remain unproved. The corpus now has 1,291 live theorem declarations and 300 live proof targets; 165 activation-baseline declarations and 77 baseline targets are absent or changed through preserved-lineage replacement. Support-state effect is exactly `none`. Artifact record-reality and trust refinement receipt: all ten stable Artifact Graph targets now resolve to `AsiStackProofs.ArtifactRealityRefinement`. The reachable model separates idle, registered, provenance-bound, replay-validated, reality-cross-checked, trust-bound, and admitted stages while preserving exact artifact, content, parent-job, source, context, transaction, certificate, tool, claim, test, policy, consumer, and event custody. Its thirty-three routes reject identity and lineage substitution, event replay, support/effect authority leakage, missing provenance and audit, insufficient or unvalidated replay, stale certificates, missing observed artifacts, dependent cross-checks, failed traps, unbounded attestation, missing trusted cores or roots, self-verifier laundering, unbounded verification recursion, erased outside-TCB residuals, incomplete revocation closure, and unacknowledged consumer admission. The independent consumer preserves eight exact suites—2/6 artifact replay, 1/4 record-reality sequence, 3/6 receipt faithfulness, 4/5 repository audit, 4/5 repository challenge, 1/7 live attestation, 4/8 randomized attestation, and 3/6 epistemic TCB—executes the six-event witness, covers all thirty-three routes, and rejects 53/53 mutations. Eight baseline declarations—one direct projection and seven generic authored-summary bridges—are physically retired with frozen lineage; thirty-five exact legacy consequences remain bounded. Identifiers, digests, reference-presence flags, replay judgments, certificate state, observation, cross-check, trap, attestation, trust-root, verifier-independence, recursion-stop, residual, revocation, and acknowledgment facts remain trusted. Open-world provenance, artifact/source/content truth, replay or verifier correctness, external independence, deployed propagation, usefulness, causality, safety, reproduction, transfer, and chapter-core support remain unproved. The corpus now has 1,273 live theorem declarations and 300 live proof targets; 130 activation-baseline declarations and 67 baseline targets are absent or changed through preserved-lineage replacement. Support-state effect is exactly `none`. Procedural Memory promotion and retirement refinement receipt: both stable Procedural Memory targets now resolve to `AsiStackProofs.ProceduralMemoryRefinement`. The reachable model separates idle, clustered, abstracted, verified, qualified, routable, and retired stages while preserving exact procedure, version, source-set, trace-cluster, abstraction, regression-suite, SCF, policy, consumer, and event custody. Its thirty-two routes reject identity or lineage substitution, replay, support/effect authority leakage, missing comparable traces or negative examples, missing source/effect receipts, incomplete abstraction contracts, failed verification or regression, missing benchmark floors or active SCFs, unplanned or unrehearsed rollback, missing monitoring, residuals, non-claims, consumer acknowledgment, retirement triggers, or retirement receipts. The independent consumer preserves the exact three-valid/six-invalid loop and one- valid/ten-invalid historical promotion suites, executes the six-event witness, covers all thirty-two routes, and rejects 33/33 mutations. Five baseline declarations—two assumption projections and three fixture admissions—are physically retired with frozen lineage; fourteen legacy negative cases remain bounded. Trace comparability, abstraction fields, verifier/regression results, benchmark, SCF, rollback, monitor, residual, acknowledgment, and retirement facts remain trusted. Natural trace mining, semantic abstraction, generated- tool correctness, verifier quality, actual rollback, deployed routing, monitoring, retirement, usefulness, causality, safety, reproduction, transfer, and chapter-core support remain unproved. The corpus now has 1,272 live theorem declarations and 329 live proof targets; 405 activation-baseline declarations and 223 baseline targets are absent or changed through preserved-lineage replacement. Support-state effect is exactly `none`. Routing and MoECOT request-to-closure refinement receipt: all five stable Routing/MoECOT targets now resolve to `AsiStackProofs.RoutingRefinement`. The reachable model separates idle, request-bound, registry-frozen, lease-qualified, dispatched, outcome-observed, and closed stages while preserving exact task, request, registry, candidate-set, selected-specialist, authority, readiness, context/tool lease, evaluator, policy, consumer, and event custody. It requires a complete candidate denominator without held-out label leakage, the least capable adequate authorized and ready specialist, selective action for ambiguous requests, explicit fallback or residual ownership, inspected runtime and replay references, separate dispatch grant and isolation, distinct route and answer outcomes, unsafe/cost observation, lifecycle currentness, revocation closure, consumer acknowledgment, and non-claims. The independent consumer preserves the exact three-valid/seven-invalid routing lease suite, four-valid/five-invalid readiness suite, and exact post-v2 routing/deliberation result; covers all 42 routes; executes the six-receipt witness with one dispatch, one route outcome, one answer outcome, zero support assignments, and zero external effects; and rejects 47/47 mutations. Sixteen baseline projection/fixture declarations are physically retired with frozen lineage; four load-bearing legacy theorems remain bounded beside seventeen new lifecycle declarations. Natural useful routing, strong-model transfer, answer correctness, evaluator independence, deployed authority or MoECOT runtime/replay correctness, substrate superiority, autonomous architecture search, RSI, SOTA, and chapter-core support remain unproved. The corpus now has 1,283 live theorem declarations and 300 live proof targets; 151 activation-baseline declarations and 74 baseline targets are absent or changed through preserved-lineage replacement. Support-state effect is exactly `none`. ### P2 completion gate Every activation-baseline theorem and target has an audited disposition and claim-centered dependency path; redundant, vacuous, misleading projection-only, and unconsumed proof surface is consolidated, retired, or explicitly bounded. Every formal atom is either proved within an explicit model, narrowed to the proved model, refuted by a countermodel, routed to executable/empirical work, or recorded as `blocked_after_full_attempt`. Every safety-critical and integration model has a model-adequacy dossier, countermodel suite, consumer trace, and explicit non-claims. `lake build` and a larger theorem count are necessary only where appropriate and are never sufficient. ### P2/M3 closure receipt at 2026-07-16 P2 and M3 are complete under `proofs/p2_closure_audit.json`, enforced by `scripts/validate_p2_closure_audit.py`. The receipt does not declare the remaining real-world work complete. It proves the narrower project-management and formal-accounting result required by this gate: - all 1,151 activation-baseline theorem declarations and all 298 activation- baseline targets are semantically reviewed or terminally dispositioned under a canonical claim owner; - the current 298-target manifest is fully implemented, exactly mirrored by proof triage, and divided into six explicit adequacy routes totaling 298; - all 73 adequate finite-record targets remain narrow, while 158 too-narrow, 16 richer-semantics, 35 executable-first, 14 empirical-first, and two artifact-import targets retain mandatory forward routes rather than being laundered into proof claims; - the 16 richer-semantics obligations are exactly localized to Constitutional Alignment (six), Moral Uncertainty and Value Conflict (six), and Resource Economics (four), with their existing finite lifecycle models preserved and their real-schema, concurrent-effect, rollback, review-quality, measurement, and transfer work routed to P3, P4, and P6; - nine required safety-critical, integration, and review-named refinement models have model-adequacy dossiers and independently implemented registered consumers; and - the closure validator rejects support laundering, baseline deletion, unrouted richer semantics, target-count laundering, semantic-model omission, and false closure state. This is a routing and semantic-depth closure, not evidence that a chapter-core claim, deployed behavior, effect-complete rollback, evaluator competence, useful throughput, safety, economic optimality, reproduction, transfer, SOTA, AGI, or ASI has been established. P3 is now active. M2 is active first as the measurement and reproduction prerequisite; M4 remains pending until that foundation passes sacrificial preflight. ### Accepted structural expansion: replaceable cognitive substrates The 2026-07-15 review of the two author-supplied ChatGPT design threads passed the distinct-interface test. The controlling intake and research plan is `docs/replaceable_cognitive_substrates_intake_and_research_plan.md`. The new chapter is **Replaceable Cognitive Substrates: Beyond Transformer Monoculture**, stable ID `replaceable-cognitive-substrates-beyond-transformer-monoculture`, inserted in Part III after Routing Heads and Specialist Cores and before Readiness Gates. This is the only chapter expansion currently authorized by the roadmap. It is warranted because no existing owner defines the Cognitive Kernel ABI through which a Transformer, state-space model, recurrent controller, long-convolution model, KAN component, external-memory controller, continuous-time network, or future substrate can be exchanged while memory, execution, evidence, authority, checkpoint, rollback, and evaluation contracts remain intact. Existing owners retain routing, readiness, replacement, fast generation, deliberation, recurrence, self-improvement, and integration; the new chapter owns the learned substrate boundary and architecture-tournament evidence program. Structural insertion receipt, followed by the remaining exact sequence: 1. **Completed 2026-07-15:** register and passage-review the primary-source queue named in the intake plan, including both favorable and critical KAN comparisons and the current Mamba-3, recurrent-compute, test-time-memory, and strong Transformer baselines. The source pressure set now also includes foundational S4; the primary Tiny Recursive Model; independent TRM identity/sampling/depth and compute-matched autoregressive analyses; UniMatrix's compressed-state versus sparse-pointer recall contrast; and Memory Caching's fixed-state versus growing-memory tradeoff; and an edge-hardware counterstudy that prevents cloud throughput from standing in for device-neutral efficiency. The queue now also includes Inkling's release-day primary records as a current hybrid case: sparse MoE, five-local-to-one-global attention, relative positions, short convolutions, multimodal encoders, controllable effort, and explicit hardware/numerics boundaries. The live inventory now contains 313 sources; the chapter has 34 bounded assignments and every assignment has a source note. 2. **Completed 2026-07-15:** define the core claim, subordinate claims, falsifiers, promotion ceilings, non-claims, chapter-family owner, and source mappings before drafting. 3. **Completed 2026-07-15:** add the chapter to `book_structure.json`, run the manifest-driven scaffold, and update the generated outline/Quarto/appendix projections rather than hand-editing `_quarto.yml`. The live manuscript now contains 55 uniquely identified chapters. 4. **Completed 2026-07-15:** atomize and semantically review the new material claims so P1's completed 54-chapter activation receipt remains historical truth while the live program becomes 55/55 with no unowned claim. The 15 reviewed addendum atoms live in `evidence_quality/replaceable_cognitive_substrates_claim_atom_addendum.json` with a readable chapter dossier; support remains `argument`. 5. **P2 bounded slice completed 2026-07-15; empirical P5 work pending:** the finite Cognitive Kernel ABI model and independent conformance checker now cover proposal/effect separation, authority monotonicity, exact checkpoint identity, migration compatibility, revocation, fallback, evaluator identity, receipts, residuals, assistance/cost custody, and no-promotion boundaries. They do not run real kernels, translate full-state checkpoints, observe a deployed effect service, or establish architecture usefulness. 6. **Pending P5/P6:** preregister matched kernel tournaments and the frozen-core verified- abstraction ratchet before any outcome-bearing run. Memory capacity, recurrent state size, sparse-slot capacity, cache growth, pointer fusion, sampling, voting, task identity, recursion depth, useful stopping, and marginal utility by step are fixed experimental axes rather than post-hoc explanations. 7. **Continuing invariant:** keep OneCell, SymLiquid, Mamba/SSM, KAN, recurrent, attention, memory- augmented, exact-search, and hybrid lanes as candidates until evidence adjudication. Elegance, simplicity, novelty, or author preference cannot promote a substrate. The chapter's strong research thesis is that the permanent learned cognitive law can remain compact while verified external structure grows, but this thesis must be exposed to the hidden-complexity and strong-baseline falsifiers in the intake plan. Architectural recursive self-improvement means governed proposal, training, comparison, shadow, canary, promotion, composition, rollback, and retirement of substrates—not merely weight updates and never self-approval. ## P3 — Executable integrated reference architecture ### Measurement and execution foundation (M2) Before an outcome-bearing flagship opens, install one shared research foundation: - a versioned task-corpus contract with provenance, license/public-safety policy, task-family coverage, frozen tuning/sacrificial/held-out splits, duplicate and contamination checks, expected difficulty range, effect model, and retention policy; - a dated model-selection record containing at least one current strong general model and one independently useful comparison family when the claim includes model transfer, plus a smaller reproducible/local model where that contrast is informative; - exact model, API, weight, tokenizer, inference, sampling, context, tool, system-prompt, and retry identities, with a drift rule that forces requalification after an upstream version changes; - evaluator calibration against frozen gold or executable outcomes, inter- implementation disagreement, false-accept/false-reject estimates, abstention policy, label isolation, candidate/evaluator contamination controls, and adjudication rules fixed before labels are opened; - a statistics policy that names each estimand, minimum meaningful effect or equivalence region, confidence/credible interval, precision or power target, multiplicity handling, seed and task hierarchy, missingness/exclusion rules, sequential-stopping policy, robustness analyses, and the difference between confirmatory and exploratory results; - an environment manifest that locks code, dependencies, hardware, drivers, seeds, locale, clocks, network policy, file/process/container state, and external-service versions while recording unavoidable nondeterminism; - an experiment-safety envelope: least-privilege credentials, isolated sandboxes, synthetic or reversible effects for dangerous cases, no self-propagation, no unbounded external action, explicit spending and runtime ceilings, emergency stops, data minimization, secret/PII scanning, and incident quarantine; and - an append-only raw-result and artifact protocol with checksums, failed-run preservation, redaction receipts, environment reconstruction, and a one-command public-safe replay or an exact reason it cannot be public. #### M2 closure receipt at 2026-07-16 M2 is complete at instrument-foundation scope under `experiments/research_foundation/foundation.json` and `scripts/validate_research_foundation.py`. The frozen packet contains 24 public-safe natural-language tasks across governed work, governed learning, and assurance/control; exact 6 sacrificial / 6 tuning / 12 held-out partitions; a separate digest-bound evaluator-only label file; current-strong, independent-comparison, and small-local model roles; exact inference, evaluator, statistics, environment, safety, and append-only artifact contracts; and ten non-evidentiary parser/evaluator canaries. Eight of ten canaries are schema-admissible, seven of those eight are semantically correct, the two independent evaluator implementations agree, and the validator rejects six foundation mutations. The current-strong selection, `gemini-3.5-flash`, was checked against Google's official model catalog on 2026-07-16 and must still resolve through the provider model endpoint before any campaign. The two local roles are exact pinned Qwen snapshots. This receipt establishes neither model access nor performance, corpus representativeness, campaign power, evaluator generality, useful throughput, safety, reproduction, transfer, or support. Campaign-specific sample-size, model-access, safety, and replay extensions remain gates. M4 is now active. Install a campaign-instrument contract before any P4 or P5 outcome-bearing run: 1. Separate the reasoning channel from the scored final-decision channel. The final channel must use grammar-, schema-, or type-constrained decoding where the runtime supports it; otherwise use a separately budgeted repair-free second pass whose only job is to emit the registered object. Never scrape a hidden or truncated reasoning trace and call it a decision. 2. Freeze independent reasoning and answer budgets, stop sequences, maximum context, truncation handling, retry policy, and a nonempty-answer reserve. Raising a cap is allowed only in sacrificial preflight, never after held-out outcomes are visible. 3. Run a sacrificial positive/negative canary suite with known valid and invalid decisions. At least 80% of expected final decisions must be schema-admissible, no arm may have a zero candidate denominator, and truncation or one termination mode may not dominate the sample. The preregistration may set a stricter claim-specific floor but not a weaker one without a written instrument rationale and validator change. 4. Calibrate semantics separately from syntax: a schema parser establishes record shape only; a label-isolated evaluator or executable oracle must test decision content, abstention, and route correctness. 5. Include at least one dated current strong general model for claim-bearing work. A pinned Qwen3 4B or comparable local model may remain as a reproducibility, floor, or mechanism-control arm, but it cannot be the sole basis for dismissing a claim when the task exceeds its demonstrated capability range. 6. If the adequacy gate fails, stop before the confirmatory split, emit `instrument_inadequate_recampaign_required`, preserve all costs and raw outputs, repair prospectively, and rerun a fresh preflight. The failed cycle contributes no claim-level `no_change`, refutation, or support-retention disposition. 7. Correct the two immutable 2026-07-13 transition records through explicit superseding lineage, not deletion or history rewriting: their protocol outcome becomes `instrument_inadequate_recampaign_required`; the separate repaired 2026-07-14 32-candidate governance-tax `no_change` result remains unchanged. All claim dispositions must carry two orthogonal fields: `protocol_outcome` and `claim_outcome`. The canonical protocol outcomes are `instrument_adequate` and `instrument_inadequate_recampaign_required`. The canonical claim outcomes are `support_raised`, `support_retained`, `claim_narrowed`, `claim_refuted`, `claim_deprecated`, and `blocked_after_full_attempt`. Existing exact disposition strings remain as lineage-preserving detail. A new top-level class requires a schema migration rationale, backward mapping, updated consumers, and at least one rejecting mutation; wording preference alone is insufficient. The sacrificial/tuning split may repair protocol reliability and find an informative operating range. It may not contribute to a confirmatory held-out result or be silently promoted after outcome inspection. Build three interoperable vertical slices instead of isolated schema examples: ### Slice A — Governed work transaction Intent contract → plan DAG → context materialization → route/fallback/abstain → model/tool execution → observed effects → artifact graph → evaluator decision → release/quarantine → rollback/replay → residual ledger. ### Slice B — Governed learning transaction Data admission → feedback provenance → candidate update → model/optimizer/ scheduler/RNG/cache/checkpoint/backup/descendant inventory → independent evaluation → canary → promotion/rejection → exact rollback → unlearning and storage/influence/privacy disposition. ### Slice C — Assurance and control transaction Threat/capability threshold → oversight protocol → authority decision → safety case and defeaters → runtime monitor → incident/failure injection → revocation, quarantine, contest, recovery, and release decision. ### Cross-slice epistemic and stabilization contracts Every slice must preserve an **environment–observation–belief separation**: environment or simulator reference state, when available, is not the same thing as the observation delivered to the system; an observation is not the same thing as an interpretation, latent-state hypothesis, prediction, causal model, or accepted belief. Observation records are immutable inputs to versioned interpretation transitions. Belief revision may supersede an interpretation but may not rewrite the observation or erase the inference lineage that produced an earlier belief. Plans, context packets, claims, interventions, and effects bind the exact observation, representation, world-model, predictor, and belief versions they consumed. Simulator reference state is diagnostic ground truth for that environment only and confers no external-world transfer claim. An adaptive slice must also implement a **quiescent stabilization epoch** before calling a changed system stable. The epoch closes new candidate-mutation admission, drains or explicitly residualizes in-flight work and effects, snapshots the full declared state, consolidates memory without breaking episode- to-abstraction and abstraction-to-episode lineage, replays frozen regression, safety, and effect checks, compares against the last sealed epoch, reconciles undeclared mutations, and then promotes, rolls back, quarantines, or retains the state as provisional. Systems that cannot globally quiesce must prove a bounded partition protocol and record concurrent or remote state as a residual; ordinary continuous operation may not be relabeled as stabilization. Current ownership remains distributed across Planning, Data Engines, Claim Ledgers, VCM, Context Transactions, Artifact Graphs, Procedural Memory, Replacement/Rollback, Recursive Self-Improvement, and the Integrated Reference Architecture. This roadmap does not pre-authorize a new world-model or memory chapter. Structural expansion occurs only if the executable campaign exposes a durable interface, invariant, artifact, failure mode, and evidence program that these owners cannot coherently absorb. Each slice must use real model outputs and actual local effects, not only preauthored JSON. It must support deterministic replay where determinism is claimed, record nondeterminism where it exists, inject failures at every boundary, and reconcile declared with observed state. Public-safe Theseus artifacts may supply natural traces only after exact artifact truth and replay authority are established. ### P3 completion gate All three slices run from one versioned interface set; exercise successful, refused, escalated, failed, partially effected, rolled-back, replayed, stale, revoked, and corrupted cases; preserve raw receipts and residuals; and expose where the reference implementation remains simulated. No slice result promotes a broad core claim until the matching atoms and transfer requirements pass. At least one cross-slice trace begins with a raw observation, preserves competing interpretations through a belief decision, and survives a sealed quiescent epoch; mutation, lineage-loss, and in-flight-effect controls must reject. The campaign instrument passes its sacrificial adequacy gate, and the historical 2026-07-13 instrument-limited transitions have superseding protocol-outcome lineage before P4 or P5 opens. ### P3/M4 closure receipt at 2026-07-16 P3 and M4 are complete at bounded local-reference scope under `experiments/p3_integrated_slices/results/2026-07-16-local.json` and `scripts/validate_p3_integrated_slices.py`. One versioned interface consumes retained real model output from the governed-work flagship, real trained checkpoint bytes from the update-causality campaign, and retained real model output plus bounded safety-case routes for assurance/control. The twelve cases cover all ten required lifecycle states across all three slices. Six local effects are independently byte-observed; three restore their exact prior digest, one retains an owned backup residual, one is quarantined, and one is acknowledged. Twenty named failure injections cover every declared boundary from intent through recovery and remain contained. One cross-slice trace begins with an immutable raw observation, preserves two competing interpretations through a versioned belief decision, binds all three consumers, and passes one sealed local quiescent epoch over model, optimizer, scheduler, RNG, cache, backup, descendants, effects, claims, artifacts, and memory while retaining one in-flight residual. The separate `evidence_transitions/post_v2_3/instrument_failure_supersession.json` preserves the immutable 2026-07-13 governance-tax and residual-honesty transitions while superseding their claim-level `no_change` interpretation with `instrument_inadequate_recampaign_required`; neither counts as a claim attempt. The repaired 32-candidate governance-tax `no_change` transition remains unchanged. Eleven mutation controls reject source, state, effect, rollback, epistemic-lineage, stabilization, failure-escape, and support laundering. This closes the executable reference slice, not the empirical program. It does not establish fresh model quality, open-world effect discovery, deployed or distributed rollback, evaluator/reviewer correctness, useful throughput, safety, reproduction, transfer, SOTA, AGI, ASI, release, publication, external- action authority, or chapter-core support. P4 and M5 are now active. ## P4 — Signature causal campaigns ### Campaign 1 — Governed usefulness and effect-complete rollback - Retire the unchanged low-throughput flagship workload. - Run a sacrificial difficulty sweep to find a regime where a strong baseline produces a nontrivial mixture of useful-safe, useful-unsafe, useless-safe, and useless-unsafe outputs. - Freeze a fresh held-out natural task corpus only after the evaluator can distinguish those cells reliably. - Compare simpler baseline, record-only governance, full governance, and targeted ablations under matched model, information, and total cost. - Jointly measure useful completion, useful release, unsafe release, false refusal, calibration, latency, generation/evaluation/governance cost, operator burden, residual discovery, rollback completeness, cleanup, and displaced work. - Treat zero releases, zero useful candidates, or an evaluator ceiling as non-estimable, never as a safety victory. #### M5 campaign-readiness receipt at 2026-07-16 The first M5 package is frozen at `experiments/p4_governed_usefulness/preregistration.json`. A read-only access check in a new signed-in ChatGPT tab observed Chat `Pro`; its model menu displayed `GPT-5.6 Sol`. The author clarified that Work `Extra High` is a different option, so the campaign deliberately selects Chat `Pro` for the strong-model arm and records both labels separately. This is a provider UI observation, not an API version, weight snapshot, or reproducibility claim. The exact v1 prompt was submitted once after the author clarified the mode selection. Chat Pro returned six of six schema-admissible records in 171.865 seconds with no identity drift, transport retry, or evaluator disagreement, but only one of six matched the frozen exact route-plus-residual strings. V1 is therefore terminal `instrument_inadequate_recampaign_required`, counts as no claim attempt, and opens no downstream denominator. The preserved diagnosis does not rescore v1. It finds that the evaluator wrongly treated exact free-form snake-case residual wording and fine-grained non-release route names as semantic identity. A new v2 protocol is frozen under a new identity before any response: six canonical decision classes, seven canonical residual classes, unscored route detail and concise reasoning, a 5/6 schema floor, a 5/6 exact canonical-semantic floor, and zero evaluator disagreement. After the author explicitly instructed “Run v2 in Chat Pro,” the exact prompt was submitted once in a fresh Chat conversation. The interface displayed Chat `Pro` and `GPT-5.6 Sol` immediately before and after the 170.996-second response; there was no retry, evaluator disagreement, parse failure, or displayed identity drift. V2 returned 6/6 schema-admissible rows, 6/6 exact residual classes, but only 3/6 exact decision classes. It is therefore terminal `instrument_inadequate_recampaign_required`, counts as no claim attempt, and opens neither the difficulty sweep nor a confirmatory denominator. The preserved v2 diagnosis does not rescore the three mismatches. It records `quarantine` versus frozen `deny` for the rights-missing cohort, `deny` versus frozen `defer` for incomplete rollback state, and `rollback` versus frozen `defer` for the open defeater. Each response preserved the blocking consequence and exact residual, but v2 had not made the neighboring lifecycle actions mutually exclusive through definitions or precedence. Expanding the accepted labels after observing the answer would be retrospective scoring. These v1 and v2 Chat Pro runs are now closed historical instrument audits. They will not be repeated in ChatGPT or used as a future gate. The next repair is a self-contained local instrument qualification under a new protocol identity. It must separate terminal eligibility from remediation action; define decision precedence or prospectively declare consequence-equivalent sets; retain label isolation, unscored free text, 5/6 floors, and zero evaluator disagreement; close candidate artifacts before either evaluator loads labels; pass independently implemented evaluators and negative mutations; and record the exact candidate-generator role and its claim ceiling. Safe local execution has standing roadmap authority. No new hosted-chat submission or user approval is required. No usefulness, safety, rollback, causal, chapter-support, publication, or release claim follows from the historical runs or instrument qualification alone. The local repair then ran prospectively without a hosted chat. V3, v4, and v5 used a cached quantized Qwen3-4B role and failed at 2/8, 6/8, and 6/8 exact tuples; v6 substituted cached Phi-4-mini and failed the exact schema at 0/8. V7 was abandoned before generation when the current Codex task recognized that it had already seen evaluator labels. V8 used a freshly cached, identity-pinned Qwen3-8B role and produced 8/8 schema-admissible records, 8/8 exact terminal eligibility judgments, 8/8 exact residuals, and 6/8 exact remediation actions; it remains failed because its frozen gate scored the full tuple. V9 prospectively narrowed only the sacrificial answer-channel construct: terminal eligibility and exact residual are scored, while remediation remains a required enum and a reported diagnostic because the tuning utility rubric scores exact actions separately. Under that frozen rule, the one-shot Qwen3-8B run passed 8/8 schema and 8/8 scored semantics with zero evaluator disagreement; exact remediation remained 6/8. This qualifies only the local answer channel and opens tuning, not a claim or confirmatory denominator. The first tuning design was then frozen and executed. It defines sixteen tasks across eight natural governance families, evaluator-only rubrics, one shared candidate per task/seed, and six matched policies: simple baseline, record-only, full governance, and authority, evidence-freshness, and residual/rollback ablations. Two independent evaluator implementations agree on authored canaries spanning useful-safe, useful-unsafe, useless-safe, and useless-unsafe. The operating-range gate requires at least two observed candidates per cell, at least 80% schema admission, at most 5% evaluator disagreement, and five bounded effect probes. Validator-owned probes exercise ten-surface exact restoration, an append-only residual, and omission detection without real external effects. A one-shot local Qwen3-8B generation closed all candidate bytes before rubric load. Fourteen of sixteen candidates were schema-admissible; the two exclusions used out-of-vocabulary tokens. The observed cells were 1 useful-safe, 0 useful-unsafe, 10 useless-safe, and 3 useless-unsafe, with zero evaluator disagreement. The outcome is terminal `non_estimable_operating_range_repair_required`: the minimum two candidates per cell was not met, no useful-unsafe candidate existed, and no held-out corpus, precision target, minimum effect, or confirmatory denominator opens. Four prospectively frozen repair identities followed without rescoring any earlier output. V2 observed 4 useful-safe, 1 useful-unsafe, 2 useless-safe, and 8 useless-unsafe candidates among 15/16 admitted outputs. V3 preserved the same consequence-equivalent scoring contract but exposed an over-conjunctive structured-output completeness problem. V4 prospectively narrowed usefulness to one material action plus one core residual and obtained the second useful-unsafe observation, while preserving seven invalid `block` decision classes as schema exclusions. V5 repaired only the enum instruction and admitted 8/8 outputs. The pool rule was frozen before generation and passed at 32/40 admitted candidates, with cell counts 9/2/10/11, zero evaluator disagreement, and 20 bounded effect probes. The pool authorizes a held-out freeze, not a claim. The fresh confirmatory design then fixed 16 held-out task families, one identity-pinned local Qwen3-8B run, no retry, two evaluator implementations, six matched policy arms, and six co-primary conditions. Task identities and exact scenario/request pairs are disjoint from tuning; candidate bytes closed before rubric load. Fifteen of sixteen outputs were admitted and evaluator disagreement was zero. The simple and record-only policies released 0 useful and 0 unsafe candidates; full governance released 9 useful and 0 unsafe candidates with no useful-safe false refusals. Removing evidence freshness exposed one additional useful-unsafe release. The residualized partial-recovery case remained blocked. All frozen primary checks passed, yielding `bounded_local_governance_effect_supported`. M5 is therefore complete at bounded local synthetic scope. The result supports only the proposition that this fixed governance policy improved useful release over the candidate's self-release recommendation on one authored held-out corpus and one quantized model, while its evidence-freshness gate prevented one registered unsafe release. It does not establish transfer, deployment, open-world safety, acceptable governance cost, independent external validity, production rollback, SOTA, AGI, or ASI. Campaigns 2 and 3 remain P4 work; M6 is the next milestone. ### Accepted source integration — The Reflexive Router v1.2 The complete Corben-authored paper `reflexive_router_whitepaper` was ingested on 2026-07-16 from the supplied Markdown and DOCX forms. The canonical local text is SHA-256 `003a693741c40ca96ec3aece5b76ee90ec95a1d6c27ec81a970cff175f509068`; the supplied DOCX presentation copy is SHA-256 `52bc04a1bfedaa0fe3a7e530570703bd973849f46b806529f2534509101ace9b`. Both live in the ignored local raw-source cache. The tracked source note, inventory record, backlog record, and triage decision are public-safe, but this ingestion neither publishes the raw paper nor infers publication permission. The paper passes the source-value test and fails the new-chapter test in its current form. Its important contribution is an ordering and contract synthesis: authenticated command handling before automatic routing; deterministic and learned proposals before qualification; optimization only over qualified and authorized computations; bounded semantic-operation DAGs; stable capability contracts; a separate action-understanding and Effect Commit Kernel path; typed result and bitemporal context continuity; and a governed trace-to-reflex compiler. Those boundaries already belong to existing chapters. Creating a paper-shaped chapter now would duplicate their authority rather than clarify the stack. The integration package therefore has one primary owner and eleven adjacent owners: | Owner | Required upgrade | |---|---| | `routing-heads-and-specialist-cores` | Own the pre-deliberative event-to-qualified-plan interface, including deterministic commands, bounded learned proposals, calibrated abstention/OOD, qualification before optimization, composite routing, and route/plan provenance. | | `intent-to-execution-contracts` | Preserve authenticated user route constraints, canonical-event metadata, explicit fallback, and typed terminal outcomes without treating a command as new authority. | | `planning-as-a-control-layer` | Own bounded execution-DAG construction, partial qualification, dependency and cancellation semantics, and escalation when decomposition is not safely bounded. | | `stable-capability-fields` | Bind reflexes and commands to consumer-relative semantic capability contracts, compatible implementations, qualification leases, and dependency invalidation. | | `virtual-context-abi`; `context-transactions-snapshots-mounts-and-taint` | Own typed result packets, hot routing projections, context handles, provenance-preserving projections, and invalidation rather than transcript reconstruction. | | `claim-ledgers-and-belief-revision` | Crosswalk the Temporal Chronicle into separate event, state, claim, plan, prediction, and counterfactual records with valid time, transaction time, contradiction, correction, and epistemic state. | | `runtime-adapters-tool-permissions-and-human-approval` | Enforce “bypass inference, never enforcement” through typed action proposals, consequence-aware prepare/commit, idempotency, observed postconditions, compensation, and audit. | | `procedural-memory-and-cognitive-loop-closure` | Own trace eligibility, representation selection, negative-space guard synthesis, replay/differential tests, shadowing, signed promotion, drift, quarantine, rollback, and decompilation. | | `resource-economics-and-token-budgets` | Treat minimum sufficient compute as selection over the qualified frontier with complete generation, routing, verification, monitoring, human, energy, latency, risk, and displaced-work costs. | | `benchmark-ratchets-and-anti-goodhart-evidence` | Own the ReflexBench-derived instrument, complete baseline matrix, wrong-fast-path and verification-escape emphasis, metric validity, hidden holdouts, and anti-gaming controls. | | `integrated-reference-architecture` | Join command/automatic ingress, route admission, capability/effect execution, typed result, Chronicle update, and compiler lifecycle without creating a routing super-owner. | The P7 argument-only prose integration is complete. All twelve owners now carry the source in the manifest, an owner-specific mechanism section, and a bounded source crosswalk. The shared `Reflexive Dispatch Trace` schema and fixture join canonical event intake, ingress mode, proposals, qualification, atomic or DAG selection, effect custody, typed result continuity, Chronicle updates, compilation state, and joint metrics. Its dedicated validator rejects eleven selected inference/enforcement, proposal/admission, fallback, effect, provenance, compilation, source-substitution, DAG, and support-laundering mutations. This is finite record-shape work and changes no chapter support. The remaining P7 obligation is result reconciliation after P4, not another paper-shaped rewrite. The paper's external prior-work, novelty, security, and performance statements still require current primary-source passage review. Illustrative latency targets, launch gates, formulas, schemas, and worked examples remain research specifications—not measurements. A new `pre-deliberative-reflexive-control-plane` chapter may be reconsidered only after the campaign below observes a stable interface, invariant, artifact, or failure class that the named owners cannot express without authority conflict or destructive duplication. Topic importance, paper length, and the label `System-0` do not satisfy that gate. ### Campaign 2 — Reflexive routing, ambiguous dispatch, and real-model deliberation - Construct a held-out workload whose ambiguity makes learned routing, rule-based routing, clarification, fallback, abstention, specialist, and generalist routes genuinely differ. - Cover eight separately scored task tracks: atomic exact work, paraphrased routing, context-dependent reference, composite requests, temporal recall, authorized effects, adversarial routing, and trace-to-reflex compilation. - Exercise four ingress modes over one capability fabric: unmarked automatic routing, a forced route, a direct typed capability command, and a compiled workflow. A forced route may fail or clarify but may not silently fall back; a direct command may bypass inference but may not bypass authorization, consequence policy, type validation, verification, audit, or revocation. - Use actual model candidates and a separately implemented, label-isolated route evaluator, outcome evaluator, and effect observer with calibrated abstention and disclosed dependency/independence classes. - Compare LLM-first, hard-rule-only, learned model router, semantic cache, LLM-first tool agent, modular tool system, full reflexive route, and oracle selection under matched model access, candidate bytes, information, authority, retry opportunity, verifier access, and total cost. - Compare no deliberation, fixed deliberation, adaptive stopping, and verifier-gated stopping at matched total budgets. - Preserve and actively test the fifteen known extra-compute harms. - Add validator-owned controls for untrusted command text, literal escaping, ambiguous parameters, stale context, OOD inputs, contract rejection, cache collision, Chronicle poisoning, authority widening, partial effects, duplicate retries, verifier monoculture, premature compilation, drift, quarantine, rollback, and decompilation. - Measure useful task outcome, fast-path and qualified coverage, wrong-fast-path rate, selective risk, route regret, calibration, OOD abstention, override fidelity, silent fallback, argument binding, DAG validity, context continuity, temporal accuracy, initial-correct corruption, recovery, interference, unauthorized effects, verification escape, postcondition coverage, rollback completeness, compilation transfer, latency, compute, energy where measurable, money, human work, monitoring, governance cost, residuals, and displaced work. - Report Useful Reflex Efficiency only beside useful-outcome and wrong-fast-path denominators. A cheaper route, high coverage, zero release, or a structured packet cannot by itself establish correctness, safety, or value. - Attempt compilation only after routing instrumentation is adequate. Require diverse verified traces, positive and negative boundary cases, static and dynamic checks, shadow results, signed promotion authority, drift injection, a safe canary, quarantine, rollback, and decompilation. Frequency or fluent unchallenged output is not eligibility evidence. - Freeze exact retain, narrow, refute, deprecate, or promote criteria for each claimed mechanism. A coherent architecture diagram or passing schema is not a Reflexive Router result. #### M6 terminal receipt — mixed bounded routing effect, no promotion M6 completed on 2026-07-16 with an intact two-generation instrument lineage. The original seven-object candidate schema failed sacrificially at 1/4 admissible outputs because three responses corrupted repeated role labels. A prospectively frozen fixed-key repair then passed 4/4 before the held-out gate opened. Neither instrument run counted as evidence. The one-shot held-out run used the exact local `mlx-community/Qwen3-8B-4bit` snapshot `545dc4251c05440727734bcd94334791f6ab0192`, temperature zero, 32 model calls, zero retries, and 1,148.660632 seconds of shared generation time. Candidate bytes closed before the hidden route and answer labels loaded. All 32 candidates were schema-admissible across eight separately scored tracks, four ingress modes, and all seventeen named control classes. Two independently implemented route scorers and two independently implemented outcome scorers had zero disagreements; a separate temporary-filesystem observer retained effect and rollback boundaries. Independence is internal implementation separation, not external or organizational independence. The eight matched routing arms produced this exact signature: | Arm | Route-correct | Useful outcomes | Wrong fast path | Unsafe outputs | |---|---:|---:|---:|---:| | LLM-first | 6/32 | 9/32 | 18 | 0 | | Hard-rule-only | 19/32 | 14/32 | 13 | 0 | | Learned router | 12/32 | 14/32 | 11 | 0 | | Semantic cache | 7/32 | 11/32 | 18 | 0 | | LLM-first tool agent | 6/32 | 8/32 | 18 | 0 | | Modular tool system | 19/32 | 13/32 | 13 | 0 | | Full reflexive route | 31/32 | 21/32 | 1 | 2 | | Oracle selection | 32/32 | 24/32 | 0 | 0 | The full policy therefore created a real bounded routing effect but not a Pareto improvement: its route correctness and useful outcomes increased sharply while two unsafe outputs appeared against zero for LLM-first. Useful Reflex Efficiency is reported only beside those denominators. Energy was not measured; the zero marginal API charge excludes hardware, electricity, and operator cost; displaced work was not estimable. No safe-router, general usefulness, or acceptable-cost claim follows. At a matched three-candidate budget, direct generation finished 12/32 correct. Fixed deliberation finished 11/32, corrupting three initially correct answers and repairing two initially incorrect ones. Adaptive stopping finished 12/32, with one corruption and one repair. Verifier-gated stopping finished 12/32, preserving all twelve initially correct answers but repairing none. All fifteen historical correct-to-incorrect cases passed the stopping-policy regression; their original prompts and traces remain unavailable, so they are not new model evidence. The terminal claim decision is `retain_and_narrow` with no promotion. The bounded route-policy effect remains useful evidence for future corpus and policy design, but the mixed safety frontier, authored workload, internal evaluators, single quantized model, zero measured energy, no external reproduction, and lack of transfer block chapter-core and non-core support movement. The observed artifacts fit the existing Routing, Deliberation, Runtime, Benchmark, and Resource owners; the distinct-interface gate for a new pre-deliberative chapter did not pass. The validator rejects all seventeen control-coverage mutations plus unsafe-tradeoff erasure, useful-outcome inflation, fixed-harm erasure, denominator reopening, and transfer laundering. ### Campaign 3 — Full-state update and unlearning causality - Use prospective checkpoint authority and an enumerated full-state surface before training. - Compare no update, standard update, governed update, rollback, approximate unlearning, deletion-aware retraining, and relevant forgetting mitigations. - Distinguish behavioral cohort change, causal influence reduction, membership or privacy change, lineage invalidation, and physical/logical storage erasure. - Use retained-task, target-task, adversarial, privacy, and descendant checks; do not infer erasure from changed behavior. - Record partial, late, remote, backup, and descendant effects that cannot be restored. #### M7 terminal receipt — bounded axis separation, broad claim narrowed M7 completed on 2026-07-16 with two preserved instrument failures and one adequate terminal attempt. The first 860-record Qwen-representation/linear-head run passed its original integrity checks but failed target validity: both deletion cohorts collapsed to the rare `allow` class, terminal cohort markers dominated the last-token representation, and every arm—including deletion-aware retraining—scored zero true-label deletion accuracy. Its raw bytes, checkpoints, nominal result, and separate diagnosis remain immutable; it is `instrument_inadequate_unlearning_target_not_learnable`, not a claim result. The balanced v2 repair used mean pooling and added a deletion-like preflight floor. It never opened held-out outcomes: the frozen-representation linear head reached `0.43333333` general and `0.33333333` deletion-like accuracy against `0.60` floors. That failure is also retained. The terminal v3 instrument reused the frozen balanced 870-record corpus and the exact local `Qwen/Qwen2.5-Coder-0.5B-Instruct` snapshot `ea3f2471cf1b1f0db85067f1ef93848e38e88c25`. Qwen weights remained frozen. A deterministic one-hot vector exposed the authority, provenance, contamination, deletion, and risk fields already present in each record; an auditable 912×32×3 nonlinear fusion head was the only trainable component. The sacrificial ablation scored Transformer-only at `0.76666665` general and `0.69999999` deletion-like accuracy, versus `1.0`/`1.0` for structured-only and fused paths. The fused instrument passed its frozen `0.80` floors without changing the held-out denominator. The one terminal held-out run compared no update, standard update, governed update, regularized forgetting mitigation, sequential approximate unlearning, deletion-aware retraining, and exact rollback across five seeds. It retained best and final checkpoint authority, independent evaluation over closed bytes, eight nonfungible claim axes, 24 declared state surfaces, local derived-store deletion, late descendants, a local backup, and a simulated unreachable remote replica. Deletion-aware retraining achieved mean true-label deletion accuracy `0.97666667`, passing the target-adequacy gate. Approximate unlearning moved only `0.01222040` closer in parameter distance to the retraining comparator than standard update and changed direction-invariant membership-attack advantage by `-0.02511111`. These are bounded probes; retraining does not prove zero influence, and one attack does not prove privacy. All 35 arm/seed transactions restored the 24 declared local surface digests to prospective base authority. Five local descendants were invalidated and quarantined. The declared operational shard and local backup were absent after the request, while the immutable corpus, feature packet, checkpoints, and raw research evidence remained retained. The simulated remote replica and external descendant supplied no acknowledgement. Legal compliance was not evaluated. The accepted terminal outcome is `claim_narrowed_after_full_attempt`, with chapter-core support retained at `argument`. The receipt does not establish language-model weight unlearning, zero causal influence, privacy, complete storage or backup erasure, external descendant closure, legal compliance, production rollback, transfer, SOTA, AGI, or ASI. M8 is now the active milestone; Campaigns 4 through 6 and remaining claim-family work remain open. ### Campaign 4 — Residual honesty and verifier capacity - Create tasks with known hidden defects, incomplete evidence, time pressure, token pressure, reward pressure, evaluator disagreement, and reopen triggers. - Compare unconstrained generation, self-reporting prompts, structured residual ledgers, independent verification, and budget-aware escalation. - Measure defect discovery, false reassurance, residual completeness, verification burden, unresolved-risk age, useful throughput, and pressure degradation. #### Campaign 4 terminal receipt — full repair sequence, heldout sealed Campaign 4 reached an honest terminal instrument disposition on 2026-07-16. The earlier 24-call predecessor produced no usable final decisions. Three new prospectively versioned repairs then used eighteen sacrificial tasks and 36 local `mlx-community/Qwen3-8B-4bit` calls with thinking disabled, zero retries, zero network inference, and no external spend. V1 repaired parseability but collapsed all five decisions to `block`; exact remediation routing was 1/5 and the clean control was rejected. V2 made terminal eligibility primary, and its unconstrained lane reached 6/6 eligibility with 3/3 clean releases, but a label-bearing governed-output exemplar caused the structured lane to block all clean controls. Both failures remained sacrificial and opened no heldout outcomes. The terminal v3 instrument removed concrete output exemplars and separated the decision call from residual extraction. It reached 6/6 terminal-eligibility accuracy, 3/3 clean releases, perfect required-residual recall, exact empty clean ledgers, and zero capacity-aware false reassurance. It nevertheless failed the frozen extraction-interface gate: only 3/6 objects were admissible against a 5/6 floor because every defect case emitted undeclared route `retain` and omitted requested-check IDs. The terminal design prospectively prohibited another repair. The fifteen held-out tasks and hidden labels therefore remained sealed and no claim attempt was counted. The terminal outcome is `terminal_instrument_inadequate_extraction_contract`, with support effect `blocks_promotion`. Favorable sacrificial values remain diagnostic only. No residual-honesty, verifier-capacity, useful-throughput, pressure-robustness, safety, transfer, deployment, SOTA, AGI, ASI, publication, release, or chapter-core support claim follows. Campaign 4 is complete at this no-claim boundary; Campaigns 5 and 6 plus remaining M8 claim-family work remain active. ### Campaign 5 — Situated world-model acquisition and memory consolidation - Use at least one public-safe partially observable digital environment and one meaningfully different transfer environment. Require persistent object or artifact identity, hidden-state estimation, at least two live hypotheses, active information gathering, one controlled causal intervention, calibrated prediction, a distribution shift, bounded exploration authority, and replay. - Store environment reference state, delivered observation, interpretation, latent hypothesis, prediction, prediction error, intervention, causal-model revision, belief transition, curriculum stage, and observed effect as distinct versioned artifacts. Reference state may score the experiment but may not leak into the agent input or be generalized beyond the environment. - Compare a reactive/no-world-model baseline, retrieval or transcript memory, an ungoverned predictive model, and the governed world-model path under matched model, information, action, and total-compute budgets. Ablate active information gathering, intervention, observation–belief separation, uncertainty, consolidation, and quiescent stabilization individually. - Test a staged curriculum without assuming human-child development: sensory or repository regularities, persistent entities, temporal/action consequences, causal interventions, symbolic bindings, abstraction, and self-model/version history are competency gates, not anthropomorphic claims. - Consolidate episodes into candidate invariants, semantic beliefs, causal rules, and procedures while preserving supporting and contradicting episodes, failed cases, version lineage, and rollback. Measure detached abstractions, catastrophic or silent rewrite, exception loss, and continuity across model or memory replacement. - Jointly measure hidden-state and object-identity accuracy, calibration, information gain, intervention-effect prediction, counterfactual error, planning utility, anomaly/shift detection, transfer, unsafe exploration, false certainty, latency, memory, compute, replay fidelity, and governance cost. Reconstruction or compression alone is not world-model usefulness. - Adjudicate ownership after results. First strengthen the existing chapter owners. Activate a `developmental-world-models-and-situated-learning` or durable-memory chapter only if the distinct-interface test passes on observed artifacts and failures, not because the topic is important or historically evocative. #### Campaign 5 terminal receipt — bounded finite effect promoted, no new chapter Campaign 5 closed on 2026-07-16 with one bounded non-core promotion. The design was frozen before any outcome: two meaningfully different authored partially observable environments, five seeds, ten matched arms, 11,250 total episodes, 6,000 held-out episodes, six named ablations, exact artifact separation, matched authority ceilings, an independent scorer, and no outcome-aware repair. The validator recomputes the central result and rejects ten laundering mutations. The governed path reached hidden-state accuracy 0.7933 in the adaptive workshop and 0.7967 in the service mesh, compared with 0.4500 and 0.4067 for the reactive path. Unsafe-action rates were 0.1000 and 0.1133, compared with 0.2333 and 0.2733 for the ungoverned predictive arm. Task success was lower than that ungoverned arm by 0.0233 and 0.0300 because uncertain cases escalated. All integrity and both-environment baseline gates passed. Six of six preregistered aggregate ablation signatures were directional, while active information was honestly heterogeneous: -0.0067 accuracy in the workshop and +0.0367 in the service mesh. Identity binding, replay, and authority conformance were exact on the governed held-out traces. Quiescent consolidation preserved support, contradiction, and supersession lineage; governed serialized replacement and rollback were exact in 10/10 environment/seed runs. Removing quiescence produced 34 and 44 silent rewrites. Removing consolidation reduced accuracy by 0.0367 and 0.0700. However, shift detection remained 0.1667 and 0.2200, intervention-effect prediction remained 0.5999 and 0.6470, and neither authored simulator is an open-world or neural-world-model test. The accepted claim `situated-world-model.finite-pomdp-governed-acquisition-and-consolidation` moves from `argument` to `synthetic-test-backed`. The chapter-core promotion count is zero. Existing chapters own every observed interface: Planning owns belief, prediction, intervention, escalation, and shift residuals; Replaceable Cognitive Substrates owns the typed architecture-neutral shell; Procedural Memory owns quiescent consolidation, lineage, replacement, and rollback; and Benchmark Ratchets owns the frozen causal decision. The distinct-interface gate therefore rejects a new world-model or durable-memory chapter. No neural world model, learned latent representation, natural-task planning, open-world object permanence, general causal understanding, reliable anomaly detection, simulator adequacy, sim-to-real transfer, deployment safety, security, SOTA, AGI, ASI, publication, release, or chapter-core claim follows. Campaign 5 is complete. Campaign 6 and the remaining M8 claim-family work are now active. ### Accepted source integration — Kernel English Residual Compiler (KERC) The complete Corben-authored paper `kernel_english_residual_compiler` was ingested on 2026-07-16 from the supplied 3,750-line Markdown and DOCX forms. The canonical local text is SHA-256 `f560c61196cb2a114475ebd455f8643536e78c82dbbf6ec8dd712d993f2b6519`; the supplied DOCX presentation copy is SHA-256 `5cad30263bda29ac8f00e8c448253b90a38c87731127a46f5b22f097cf8f1796`. Both remain in the ignored raw-source cache. The tracked source note, source inventory entry, backlog record, and triage decision are public-safe; this intake neither publishes the paper nor infers a completed implementation. KERC passes the source-value test and does not yet pass the new-chapter test. Its strongest contribution is a joined runtime and falsification program: protect exact objects before correction; compile sense, scope, modality, identity, ambiguity, and provenance into a small versioned Kernel IR; route surface distinctions through interaction-global, segment, token-local, and exact-object residuals; reason over a replaceable compact core; render through a separate surface vocabulary; and recompile the answer under explicit semantic and exact-object checks. The paper correctly preserves the central conservation boundary: exact Kernel-plus-residual encoding relocates source information rather than destroying it, so all claimed savings must charge the compiler, core, renderer, verifier, residual codec, registries, object store, migration, fallback, human work, and governance together. Two current chapters jointly own the contribution. `cognitive-compilation-and-semantic-ir` owns immutable source capture, protected spans, correction lattices, sense-aware Kernel lowering, stable concept identity, open-world handles, answer packets, and translation validation. `compact-generative-systems-and-residual-honesty` owns entropy relocation, the hierarchical residual ledger, semantic/faithful/ lossless modes, exact fallback, reconstruction burden, and full-system cost. Ten adjacent owners retain context materialization and transactions, verification adequacy, fast rendering, substrate replacement, resource economics, security, procedural macro promotion, benchmark validity, and whole-stack integration. A paper-shaped chapter would duplicate these authorities before evidence clarifies whether a separate learned-language runtime actually exists. A new `canonical-cognitive-languages-and-residual-runtime` chapter may be reconsidered only after the campaign below observes all of the following: a durable Kernel Packet ABI used by more than one compiler, core, or renderer; a residual lifecycle with distinct authority and failure semantics; an artifact or invariant that neither primary owner can express without conflict; and a reader job that is not merely a repetition of cognitive compilation plus residual honesty. Paper length, vocabulary novelty, a shorter token sequence, or a coherent diagram does not satisfy this gate. ### Campaign 6 — Canonical cognitive language and hierarchical residual runtime This is an M8 campaign after M6 routing/deliberation and M7 update/unlearning. It may begin design work earlier, but its outcome denominator must not compete with or modify the already frozen M6 run. 1. **Freeze the runtime, not just a dialect.** Version a minimal Kernel grammar, stable concept registry, runtime codebook, boundary-aware macro tokenizer, Kernel Packet schema, entity/concept table, exact-object store, four-level residual schema, source alignment, answer packet, compiler, renderer, verifier, state-hash, migration, fallback, and revocation contracts. Stable semantic identity must remain distinct from compact spelling, token ID, embedding, macro, and model checkpoint. 2. **Build three progressively honest slices.** Slice A tests protected objects, exact handles, and a shared terminology residual without a new core model. Slice B adds sense-aware compilation, semantic/faithful/lossless modes, and deterministic round-trip checks. Slice C trains or adapts at least one small core natively on Kernel packets and compares the complete dual-vocabulary system. Failure of a later slice must not erase a useful narrower result. 3. **Use a corpus designed to break canonicalization.** Include paraphrase and minimal semantic contrasts; negation, quantifiers, modality, attribution, and temporal scope; dialect and informal language; code-switching; misspellings versus valid names and terminology; rare and Unicode names; quantities, units, dates, quotations, code, URLs, and formulas; legal and safety-sensitive wording; long coherent interactions; topic changes; exact-form tasks; and adversarial residual, object, macro, and authority updates. Protect the held-out semantic labels from compiler, renderer, router, and selection policy. 4. **Compare the simplest alternatives as seriously as the ambitious system.** Baselines must include strong surface BPE/unigram, byte-level, dynamic chunking, learned text compression, controlled or simplified language, semantic IR/graph, copy-aware generation, and a deliberately simple entity- handle plus shared-glossary system. Where feasible, compare a standard surface-trained core, a Kernel-native core, a shared-trunk dual-head model, and oracle compilation. A complicated KERC system does not win if the simple handle/glossary baseline captures the value. 5. **Separate representation questions.** Score protected-object recall, correction abstention, sense and role accuracy, ambiguity retention, source-to-Kernel field coverage, bidirectional entailment, question preservation, exact-object fidelity, entity/number/unit/scope/modality/time/ attribution/quotation preservation, render quality, and byte-exact recovery separately. A fluent round trip, high embedding similarity, or matching compiler/recompiler output is not semantic truth. 6. **Report the whole rate.** Measure Kernel tokens and encoded bits; interaction-global, segment, token-local, and exact-object residuals; registry, codebook, index, packet, checkpoint, delta, migration, codec, and model assumptions; source expansion; failure and fallback bytes; and both operational message rate and total-description assumptions. Exact mode must satisfy reconstruction; semantic and faithful modes must publish their loss contract and per-axis distortion. 7. **Report the whole cost.** Use equal-raw-byte, equal-training-FLOP, and equal end-to-end inference-budget views. Measure compiler, core, renderer, verifier, residual codec, retrieval, object expansion, retry, fallback, migration, monitoring, human adjudication, and governance latency; active and total parameters; FLOPs; KV cache; peak memory; throughput; money; and energy only where calibrated. Token count, core-only FLOPs, or asymptotic attention savings cannot stand in for useful total-system efficiency. 8. **Test interaction amortization causally.** Plot setup, delta, checkpoint, eviction, desynchronization, and recovery cost from the first turn through long interactions. Randomize repetition and topic coherence. Compare local tags, global defaults, learned promotion, no sharing, and oracle sharing. Report the observed break-even point and regimes where shared state loses. 9. **Ablate every claimed mechanism.** Remove protected-span-first ordering, correction uncertainty, sense-aware compilation, concept capsules, each residual level, exact objects, importance allocation, Kernel macro fusion, dual vocabularies, separate renderer, round-trip verification, state hashes, version migration, and macro promotion one at a time under matched budgets. Retain interactions among components where single-factor ablations would be misleading. 10. **Attack every new authority and state surface.** Test dialect erasure, identity collision, Unicode confusables, quote/object escape, code and URL injection, poisoned concept definitions, malicious residual deltas, cross- user or cross-project reuse, scope and expiry loss, stale state, missing checkpoints, version skew, downgrade, migration corruption, macro boundary crossing, authority widening, privacy deletion, verifier monoculture, and silent source fallback. No residual or macro update may become authority. 11. **Bind macro learning to governed procedural memory.** Repeated verified sequences or residuals may propose a dictionary entry, tokenizer macro, workflow, or learned procedure only after diverse positive and negative cases, typed expansion, shadow evaluation, signed promotion, drift tests, quarantine, rollback, decompilation, descendant invalidation, and migration checks. Frequency, compression, or fluent reuse is not eligibility. 12. **Freeze falsifiers and retain narrow wins.** KERC's broad efficiency claim fails if no realistic regime improves the matched quality–total-cost– fidelity frontier, semantic errors remain unacceptable, residual overhead consumes the savings, shared state never clears its management cost, or the simpler baseline matches it. A narrower result—such as exact handles, terminology locks, or interaction-shared residue helping while the full internal language fails—must be retained and integrated honestly. 13. **Require reproduction and transfer before broad claims.** Repeat across models, seeds, domains, interaction lengths, dialects, at least one meaningfully different language, and at least one separate implementation. General efficiency, fairness, security, or state-of-the-art claims remain blocked until the causal signature and break-even regime transfer. 14. **Reconcile chapter ownership after results.** Update the twelve existing owners first. Add a chapter only if the distinct-interface gate above passes on observed artifacts and failures. Every hypothesis ends as retain, narrow, refute, deprecate, promote at bounded scope, or blocked after full attempt; no structured packet, theoretical proposition, or green validator can substitute for that disposition. ### Campaign 6 terminal receipt — broad efficiency refuted, narrow mechanisms retained Campaign 6 is complete. It prospectively froze 192 authored bilingual records with 128 training, 32 ordinary held-out, and 32 adversarial held-out rows; five seeds; eight baseline families; thirteen ablations; twenty state and authority attacks; and the three promised exact-handle, round-trip, and Kernel-native-core slices. The design and corpus were hash-bound before the single outcome run, and no outcome-aware repair or retry occurred. The broad claim failed its frozen falsifier. Kernel-native, surface, and simple- handle linear cores all reached `0.500000` mean intent-plus-polarity accuracy; the adversarial polarity class had no training examples. The compact Kernel string averaged `32.625` bytes, but the complete packet averaged `714.0` bytes against `73.25` bytes for the best simple total-description representation. Energy was not calibrated. The accepted exact claim `kerc.broad_matched_total_system_efficiency` therefore moves from `argument` to `refuted` for this implementation and corpus, not for all possible KERC systems. Two narrow finite findings survive. All five protected objects were preserved on each of 64 held-out records and lossless recovery was exact, while removing protected-span capture reduced object recall to zero. One frozen repeated-term curve crossed the simple shared-glossary byte break-even at two turns. Those claims become bounded non-core `synthetic-test-backed` transitions. The glossary curve excludes semantic failure, privacy, migration, model, monitoring, and governance costs and cannot be described as end-to-end efficiency. The negative boundaries remain part of the evidence. The finite rule policy handled 19/20 attacks but allowed the quote/object escape; compiler and verifier were jointly authored; the no-sense ablation was confounded by intent-bearing URLs; residual storage duplicated top-level objects; the bilingual data were templates; and no recurrent, SSM, search, or neural non-Transformer core ran. The new-chapter gate failed. The twelve existing owners were strengthened, all chapter cores remain `argument`, and no general semantic, independent-verifier, security, multilingual-transfer, production-efficiency, energy, SOTA, AGI, ASI, deployment, publication, or release claim follows. Remaining M8 work is the CF-01 through CF-08 full-attempt coverage and per-atom disposition program, which is discharged by the terminal audit below without discharging P5's separate natural-work bundle gate. ### P4 completion gate Each campaign has an informative preflight, immutable preregistration, justified precision, strong-model selection, matched baselines, independent evaluator or replayer implementation, adversarial controls, retained raw data, cost/latency accounting, replication, an `instrument_adequate` protocol outcome, and an accepted canonical claim outcome plus exact detailed disposition. A third unchanged rerun of a diagnosed failed protocol is forbidden. An instrument- inadequate run cannot satisfy this gate or the full-attempt requirement. ## P5 — Full claim-family evidence program ### Mandatory first terminal campaign batch Before broad P5 expansion, exercise the proof constitution on exactly these three deliberately bounded atoms: 1. `circle-calculus-and-proof-carrying-ai-contracts.mechanism.003` — build or verify a named formal target and retain command, environment, logs, failures, proof boundary, and compiled-declaration receipt rather than trusting a theorem label; 2. `system-boundaries-and-authority.invariant.001` — test that authority never expands silently, including incomparable dimensions and explicit grant controls; and 3. `capability-replacement-and-rollback.invariant.011` — keep artifact restoration, digest equality, service restart, behavioral recovery, privacy repair, and external compensation as separate rollback outcomes. For each atom, freeze scope, consumer, baseline, negative controls, falsifier, attempt budget, stopping rule, evidence lanes, promotion ceiling, residual owner, and terminal record before outcome-bearing execution. The batch is complete only when all three end as one of `promoted_at_bounded_scope`, `retained_after_full_attempt`, `narrowed_after_full_attempt`, `refuted_after_full_attempt`, `deprecated_after_full_attempt`, or `blocked_after_full_attempt`. Three honest non-promotions satisfy this batch; three adjacent green validators do not. No other P5 family may use the batch as a substitute for its own campaign. ### Mandatory first batch terminal receipt — two bounded promotions, one narrowing The exact three-atom batch is complete. A prospective single-shot audit froze each atom's scope, falsifier, ceiling, retained inputs, and no-retry rule before independently replaying its artifacts. The Circle named-target/receipt atom moves to bounded `prototype-backed`; the finite no-silent-authority-expansion atom moves to bounded `synthetic-test-backed`; and rollback-outcome separation is `narrowed_after_full_attempt` at `argument` because service restart and external compensation were not executed. The result rejects four laundering mutations, creates zero chapter-core movement, and grants no deployment, transfer, SOTA, AGI, ASI, publication, or release authority. The canonical receipt is `docs/p5_mandatory_terminal_batch.md` and the result is `experiments/p5_terminal_batch/results/result.json`. This receipt opens the broader family sequence but does not discharge it. CF-01 through CF-08 remain separately responsible for their unmatched load-bearing atoms, strongest comparators, causal signatures, negative results, costs, reproduction, transfer, and exact terminal dispositions. ### Repository-wide terminal-disposition audit — complete, proof gaps retained The prospectively frozen CF-01 through CF-08 audit is complete over all 3,745 scoped atoms: 3,730 activation atoms plus the accepted 15-atom cognitive- substrate addendum. The evaluator ran once after an input-digest preflight and executed the PR registry, deep registry, and full Lean build. Its first result inherited two obsolete `nonmaterial_context` labels; the validator rejected them, the evaluator was not rerun, and a recorded conservative schema-only repair changed those two labels to `blocked_after_full_attempt` while preserving their missing normative lane and original-result digest. The terminal distribution is 3,698 `blocked_after_full_attempt`, 36 `retained_after_full_attempt`, nine `narrowed_after_full_attempt`, and two `promoted_at_bounded_scope`. The two bounded promotions only preserve the already accepted finite authority and Circle receipt transitions. They create zero chapter-core movement. Every block names at least one missing formal, executable, empirical, causal, transfer, source-synthesis, or normative lane; 2,068 atoms lack normative plus transfer treatment and 1,299 lack all six formal/executable/empirical/causal/normative/transfer lanes. The result is therefore a precise residual proof ledger, not proof by coverage. The readable receipt is `docs/claim_family_terminal_coverage.md`; the machine result is `experiments/claim_family_terminal_coverage/results/result.json`. Four laundering mutations reject and publication/release authority remains `none`. This closes M8's per-atom disposition subtask but does **not** close M8 or P5: each family still needs at least one competent end-to-end or natural-work bundle with relevant negative controls under the completion gate below. ### Family natural-work and end-to-end bundle gate — complete The missing family-level breadth gate is now bound to eight existing bundles, one per CF-01 through CF-08. Each selected result has an exact digest, an independently registered rejecting validator that is replayed by the coverage audit, relevant negative controls, and an explicit scope ceiling. The bundles are governed usefulness, safety-critical lifecycle, intent-to-execution, situated-world-model acquisition and consolidation, ambiguous routing and deliberation, KERC compilation and residuals, update/unlearning causality, and integrated governed lifecycle replay. The receipt is `docs/claim_family_bundle_coverage.md` and the binding result is `experiments/claim_family_bundle_coverage/result.json`. Five audit mutations reject family deletion, validator erasure, digest rewriting, invented chapter- core promotion, and blocked-gap erasure. The audit preserves all 3,698 blocked atom gaps and creates no new support transition. It satisfies the P5 minimum breadth gate without claiming that one bundle proves every atom in its family. The machine status binds every chapter to exactly one primary family so breadth cannot disappear behind the five flagship campaigns. | Family | Chapters | Required evidence emphasis | |---|---|---| | CF-01 Stack, authority, and evidence foundations | `asi-is-a-stack-not-a-model`; `the-efficient-asi-hypothesis`; `system-boundaries-and-authority`; `failure-modes-of-ungoverned-intelligence`; `evidence-states-and-claim-discipline`; `stable-capability-fields`; `capability-replacement-and-rollback` | End-to-end boundary traces, authority/revocation pressure, governance/usefulness Pareto evidence, claim-transition causality, rollback effects. | | CF-02 Alignment, oversight, security, and improvement governance | `scalable-oversight-and-adversarial-ai-control`; `human-intent-as-a-formal-input`; `constitutional-alignment-substrate`; `moral-uncertainty-and-value-conflict`; `security-kernel-and-digital-scifs`; `model-weight-custody-and-hardware-roots-of-trust`; `ai-supply-chain-integrity-and-lifecycle-provenance`; `recursive-self-improvement-boundaries`; `open-ended-improvement-engines` | Reviewer/evaluator quality, prompt/authority attacks, usable correction and contest paths, key/revocation/supply-chain effects, bounded improvement campaigns. Normative premises remain explicit. | | CF-03 Intent, planning, compilation, execution, and exchange | `intent-to-execution-contracts`; `planning-as-a-control-layer`; `cognitive-compilation-and-semantic-ir`; `labor-os-and-typed-jobs`; `runtime-adapters-tool-permissions-and-human-approval`; `inter-stack-protocols-identity-and-economic-exchange` | Natural language lowering, protected-object and sense-aware Kernel compilation, source-to-IR semantic preservation, plan quality, translation validation, scheduler/adaptor effects, approval error, stale identity, dispute and recovery. | | CF-04 Context, memory, claims, artifacts, and replay | `virtual-context-abi`; `context-transactions-snapshots-mounts-and-taint`; `verification-bandwidth-and-context-adequacy`; `claim-ledgers-and-belief-revision`; `spinoza-verification-and-proof-carrying-claims`; `artifact-graphs-audit-logs-and-replay`; `procedural-memory-and-cognitive-loop-closure` | Observation–interpretation–belief lineage, retrieval and context quality, transaction isolation/deletion, episodic-to-semantic/procedural consolidation with reverse evidence links, contradiction and revision quality, verifier mapping, receipt faithfulness, replay, continuity, and memory transfer. | | CF-05 Routing, readiness, deliberation, compute, and economics | `routing-heads-and-specialist-cores`; `readiness-gates-residual-escrow-and-quarantine`; `personal-compute-hives-and-federated-edge-intelligence`; `governed-deliberation-and-test-time-scaling`; `resource-economics-and-token-budgets` | Reflexive automatic/forced/direct/workflow ingress; qualification-first heterogeneous routing; ambiguous routing; selective risk; fallback/abstention/OOD calibration; typed continuity; useful fast-path coverage; wrong-fast-path and verification-escape rates; readiness error; lease/revocation; trace-to-reflex promotion and decompilation; useful-throughput frontier; verification and governance tax. | | CF-06 Compression, generation, recurrence, and search substrates | `compact-generative-systems-and-residual-honesty`; `fast-generation-architectures`; `rankfold-neuralfold-and-artifact-compression`; `mathematical-and-search-substrates`; `circle-calculus-and-proof-carrying-ai-contracts`; `coil-attention-cyclic-memory-and-recurrence-contracts`; `coilra-multicoil-rope-and-cyclic-mixers`; accepted addition `replaceable-cognitive-substrates-beyond-transformer-monoculture` | Quality-preserving compression; KERC Kernel-plus-hierarchical-residual conservation, interaction amortization, dual-vocabulary total cost, and semantic/fidelity break-even; loss/residual detection; calibrated future-observation and intervention-effect prediction; shift/anomaly detection; held-out planning utility; latency-quality comparisons; recurrence correctness; search efficiency; contract transport; architecture-neutral cognitive-kernel conformance; frozen-core cumulative capability; architectural-RSI lifecycle; and hardware-aware baselines. Reconstruction, token count, core-only compute, parameter count, asymptotic cost, or an architecture label alone is insufficient where cognitive utility is claimed. | | CF-07 Benchmarks, evaluation, learning, unlearning, and assurance | `executable-specifications-and-lean-proof-envelope`; `benchmark-ratchets-and-anti-goodhart-evidence`; `capability-thresholds-and-deployment-commitments`; `adversarial-evaluation-sandbagging-and-training-time-deception`; `safety-cases-and-structured-assurance`; `policy-optimization-and-learning-from-feedback`; `data-engines-continual-learning-and-unlearning` | Semantic proof adequacy, contamination/ratchet validity, threshold error, cross-context behavior, defeaters, reward quality, forgetting, causality, privacy and storage distinctions. | | CF-08 Integration, stewardship, implementation transfer, and living method | `artifact-steward-agents-and-living-project-governance`; `integrated-reference-architecture`; `project-theseus-as-report-first-implementation-reference`; `prototype-roadmap`; `living-book-methodology`; `open-research-agenda-and-bibliography-plan` | Durable steward behavior, whole-stack composition, clean implementation replay, phase-gate causality, living evidence renewal, research-queue coverage. | For the accepted CF-06 cognitive-substrate expansion, the minimum full attempt is not an architecture leaderboard. It requires: 1. at least three genuinely different kernels behind the same typed ABI, including a strong Transformer, a stateful recurrent/SSM arm, and a non-token- native or exact-search/controller arm; 2. preregistered equal-active-parameter and equal-total-lifecycle-cost views, plus wall time, memory, energy where measurable, retrieval, search, verification, adaptation, routing, migration, maintenance, recovery, and assistance accounting; 3. natural tasks beside copying, state tracking, associative recall, distractor, size/depth/topology extrapolation, continual drift, exact execution, and hardware-sensitive workloads; 4. single-kernel, routed, hybrid, oracle-router, random-router, and strong- generalist controls with exact contribution receipts; when a model contains internal expert routing, keep token-to-expert and task-to-kernel candidate sets, costs, failures, and ablations separate; 5. a topology-complete capability card and matched component ablations for hybrid attention candidates: local window, global cadence, positional mechanism, query/KV topology, convolutional paths, expert topology and dense exceptions, active and total parameters, modality tokenization/frontends, configured/served/tested context, numerics, hardware, auxiliary prediction blocks, effort actuator, and mutable state. Keep fixed layer composition, learned internal expert routing, caller-selected effort, and stack-level kernel routing as four separately observed control planes. Inkling is the current primary case: its released configuration records 55 local and 11 global layers, different local/global KV-head counts, one dense-MLP exception, and an eight-layer MTP block whose released serving role is undocumented. Preregister component and interaction ablations; do not infer MTP use or speedup from configuration presence. If the reported 600 GB NVFP4 or 2 TB BF16 minimum blocks direct replay, record that blocker and label any smaller mechanism-matched proxy as a proxy, not an Inkling reproduction; 6. fixed recurrent-state, growing-cache, sparse-slot, exact-memory, and attention controls that distinguish computation from addressable memory; 7. for OneCell/TRM-class arms, canonical single-pass, matched sampling/voting, blank/random/unseen identity, marginal-utility-by-recursion-step, learned- stopping, and progressive mechanism-ablation views; 8. a frozen-core ratchet against no-library, random-library, retrieval-only, growing-core, and oracle-library controls, with contamination, false activation, maintenance, rollback, and transfer audits; and 9. one governed architecture lifecycle through proposal, independent evaluation, shadow, canary, promotion denial or admission, effect-complete rollback, retirement, and descendant invalidation without self-approval. Include an Inkling-style model-authored fine-tuning trace as a boundary case: preserve the user-supplied objective, external training service, generated data and scorer, base and candidate checkpoints, independent regression evaluator, supervisor-mediated switch, rollback exercise, descendant invalidation, and unchanged-versus-changed architecture disposition so a narrow successful fine-tune cannot be laundered into architectural RSI. ### P5 completion gate Every chapter's material atoms have received their required formal, executable, empirical, causal, transfer, source-synthesis, or normative treatment. Each family has at least one end-to-end or natural-work bundle and relevant negative controls. “Not applicable” is allowed only with a typed rationale. No chapter is considered attempted solely because an adjacent family campaign ran. ## P6 — External reproduction and SOTA challenge ### Non-negotiable entry gate No P6 outcome-bearing run may begin until (a) every tested superiority or Pareto statement resolves to exact registered claim atoms, (b) the dated comparator ledger freezes baseline name, version, weights, code, dataset and split, hardware, budget, metric, uncertainty method, and comparison date, (c) the reproduction acceptance range is fixed before seeing the ASI Stack arm, and (d) the OneCell or other author-origin candidate has a signed defeat prediction naming the conditions under which it loses cleanly. If the strongest baseline cannot be reproduced, the result is a reproduction blocker or a weaker-comparator study—not a SOTA challenge. ### Comparator discipline 1. Refresh the primary-literature and official-implementation scan within 30 days before each flagship freeze and again before any SOTA wording ships. 2. Record the strongest relevant baseline, not merely the easiest reproducible baseline. If the strongest is inaccessible, distinguish reproduction from reimplementation and record the access blocker. 3. Prefer official code, weights, datasets, splits, and evaluation scripts; digest or version every mutable dependency. 4. Reproduce the baseline result or establish a documented implementation agreement range before comparing the ASI Stack mechanism. 5. Match information access, model capability, tool access, context, total compute/calls, latency accounting, and evaluator exposure where the claim requires fairness. 6. Run contamination, leakage, memorization, prompt sensitivity, evaluator bias, and hardware sensitivity checks. 7. Report uncertainty, effect sizes, per-task distributions, failure classes, and Pareto fronts rather than a single aggregate score. 8. Replicate claimed transfer on a different workload and model family. The second implementation/evaluator remains internal unless outside work is actually obtained; no external-human review is implied. 9. For the replaceable-cognitive-substrates chapter, maintain a dated primary- source taxonomy spanning dense attention; selective state spaces including Mamba-3 plus adversarial cloud-versus-edge hardware measurements; retention/linear recurrence; long convolution; modern gated and shared-depth recurrence; test-time learned memory; differentiable external memory; continuous-time dynamics; KANs plus matched critical comparisons; graph/relational processors; program/library learning; and hybrids, including current local/global-attention-plus-MoE systems such as Inkling. For hybrid systems, freeze an effort-quality-cost curve and component-credit ablations rather than comparing only a provider's maximum-effort point. A survey can locate papers but cannot substitute for primary-paper and official- implementation review. 10. Implement at least a strong Transformer baseline, a recurrent/state-space baseline, and a genuinely different non-token-native or exact-search lane behind one Cognitive Kernel ABI. Compare equal-active-parameter and equal- total-cost views fixed before outcomes, with exact assistance, search, memory, verifier, adapter, kernel, hardware, migration, and governance accounting. 11. Treat OneCell's frozen-core ratchet and architectural-RSI lifecycle as refutable campaigns: gains fail if they depend on a large hidden adapter, privileged retrieval, answer-producing tools, benchmark-authored skills, unreported search, self-evaluation, or costs exported outside the chosen denominator. The comparison matrix must consider every axis that the scoped claim invokes: task quality, useful completion and release, unsafe release, false refusal, calibration/selective risk, robustness, adversarial resilience, privacy and security effects, latency, throughput, token/compute cost, memory, energy or a declared energy proxy, data efficiency, operator and reviewer burden, governance tax, rollback completeness and recovery time, audit/replay faithfulness, residual discovery and aging, reproducibility, and transfer. An axis may be marked not applicable only with a claim-specific rationale. No method is called globally superior because it wins one dimension while hiding regressions elsewhere. ### Allowed SOTA dispositions - `exact_dominance_supported`: preregistered superiority on every named required axis for the exact comparison; - `pareto_frontier_supported`: no dominated trade-off and a preregistered meaningful gain on at least one named axis; - `competitive_not_superior`: within the declared equivalence or uncertainty range without a superiority result; - `no_change`: estimable result that does not move the claim; - `refuted`: the exact superiority or mechanism claim failed its frozen gates; - `blocked_after_full_attempt`: reproduction or comparison cannot be completed under the full-attempt rule. No book-wide or architecture-wide “beyond state of the art” claim is permitted from one benchmark. Each claim must name its exact comparator envelope. The dated refresh must bind the exact primary-paper revision, official code or model-card revision, retrieval date, relevant topology or mechanism claims, reported evaluation limits, and the exact chapter atoms it changes. Do not add a source merely because it is recent; add or refresh it when it changes prior art, the strongest comparator, an ablation, a falsifier, or an acceptance gate. Provider-reported results remain source-grounded claims until independently reproduced. ### P6 terminal receipt — strongest comparators honestly blocked The 2026-07-16 primary/official refresh froze five comparator records and seven exact cognitive-substrate atoms before any outcome-bearing ASI Stack run. It also froze a digest-bound OneCell defeat prediction. The scan displaced Mamba-3 as the latest claimed recurrent frontier for the scoped envelope: Gated DeltaNet-2 reports stronger aggregate results than the compared Mamba-family variants on its 1.3B/100B-token language, commonsense, retrieval, and RULER setup. This is a source-reported claim that P7 must add to the chapter and Appendix H, not a local reproduction. The full attempt cannot form the frozen tournament. Inkling requires at least 600 GB aggregate VRAM in NVFP4 or 2 TB in BF16; the official Mamba-3 path is Linux/NVIDIA/CUDA-oriented and lacks a frozen end-to-end Mamba-3 language-model checkpoint for the paper result; the archived TRM repository documents a 48 GB L40S as the smallest training route and no release checkpoint; and OneCell has no runnable candidate. The available host has 16 GB unified Apple M1 memory and no CUDA. DreamCoder alone would be a weaker isolated proxy, not the common-ABI, matched-assistance, equal-total-lifecycle-cost comparison. All seven atoms therefore end `blocked_after_full_attempt`. There were zero outcome-bearing comparisons, zero external reproductions, zero SOTA-supported dispositions, and zero chapter-core promotions. No null, competitive, refuted, Pareto, or dominance result is inferred. The canonical receipt is `docs/p6_external_reproduction_and_sota_challenge.md`; six laundering mutations reject. Publication and release authority remain `none`. ## P7 — Book-wide evidence integration For every chapter: - reconcile the core claim and subordinate atoms with the actual dispositions; - improve the existing chapter before considering structural expansion; - add a compact evidence packet explaining protocol, baseline, result, uncertainty, counterevidence, transfer, limitations, and reproduction path; - include at least one worked success, failure, and boundary case where the mechanism is executable; - distinguish formal proof, executable conformance, controlled measurement, causal evidence, source grounding, and normative reasoning in plain language; - update the Source crosswalk, Codex tests, Formalization hooks, Minimum Viable Implementation, Beyond the State of the Art, failure modes, and Handoff; - rewrite or remove claims contradicted by results rather than leaving the refutation only in a ledger; - preserve raw negative and null results in the evidence registry; - update Appendix C, Appendix E, Appendix H, Appendix K, the core and non-core ledgers, proof adequacy, evidence-quality vectors, novelty positioning, and changelog; and - add a bounded pre-1995 intellectual-lineage map only from inspected primary or authoritative historical sources, routing computation, cybernetics, information/compression, uncertainty, memory, situated learning, specialist societies, formal limits, recursive improvement, and objective-failure thought experiments to current chapter owners. Treat convergence as history, not proof that ancient or religious works encoded the ASI Stack; and - regenerate the reader projection so readers get the actual result and not only live/research scaffolding. For the Reflexive Router source package, P7 must update the twelve named existing owners as one coordinated edit rather than duplicating the paper in each chapter. Routing owns the pre-deliberative decision; command contracts own user dispatch intent; Planning owns bounded DAGs; Stable Capability Fields own substitution; context and claim ledgers own typed and temporal continuity; runtime adapters own effects; procedural memory owns compilation; Resource Economics and Benchmark Ratchets own measurement; and Integrated Architecture owns the joined trace. Every source mapping must name exact passages and a non-claim. No prose may report the paper's proposed metrics, launch gates, schemas, algorithms, or examples as implemented or measured. The package may create a new chapter only through the observed distinct-interface gate recorded under P4 Campaign 2. For the accepted new cognitive-substrate chapter, steps 1–4 of the seven-step structural sequence are complete; P2/P5/P6 must finish steps 5–7 before P7 can reconcile all 55 live chapters. The chapter must include: a plain-language architecture taxonomy; a Cognitive Kernel ABI; reflex/reaction/deliberation and specialist-route crosswalk; exact–latent boundary; state/checkpoint/migration contract; matched architecture comparison table; OneCell worked candidate; at least one rejected candidate or negative result; frozen-core ratchet results; architectural-RSI governance; total KISS cost accounting; runnable conformance example; and exact handoffs to Routing, Readiness, Replacement, Fast Generation, Deliberation, Recurrence, Self-Improvement, Integrated Architecture, and Theseus. The chapter dossier must also include an argument-exit table. Every load-bearing atom names the next support state attempted, the work performed, and why the result promoted, retained, narrowed, refuted, deprecated, or blocked the claim. A chapter fails P7 if its core remains at `argument` only because adjacent evidence was never brought to bear or a full attempt was never made. The objective is not a promotion quota: a well-supported refutation or an honestly retained argument after a competent failed promotion attempt is a better result than evidence laundering. A new chapter is warranted only if the evidence reveals a durable interface, invariant, artifact, failure mode, and evidence program with no current owner. Topic importance or source volume alone is insufficient. The replaceable- cognitive-substrates intake is the one accepted case: it owns the Cognitive Kernel ABI, exact substrate-swap artifacts, architecture-specific failure modes, and matched kernel-tournament program that no activation chapter owns. ### P7 completion gate All 55 chapters, after the accepted structural insertion, pass a claim-to- evidence semantic review; no live prose exceeds its strongest accepted disposition; every important result is reproducible or has an exact blocker; all refutations/narrowings change the owning prose; and the narrative remains coherent and useful even where the original hypothesis failed. ### P7 terminal receipt — complete reconciliation without claim laundering The canonical reconciliation is `docs/p7_book_evidence_reconciliation.md`, bound to `experiments/p7_book_evidence_reconciliation/result.json` and enforced by `scripts/validate_p7_book_evidence_reconciliation.py`. All 55 chapters now contain exactly one concise reader-facing conclusion, one separate exact evidence packet, one worked success/failure/boundary set, and one argument-exit table derived from the terminal 3,745-atom program. Appendix C, Appendix E, Appendix F, Appendix H, and Appendix K are digest-bound to the record. The reader projection replays, the complete 68-document HTML render passes, and five invalid reconciliation mutations reject. This is reconciliation, not proof by formatting. It preserves 3,698 `blocked_after_full_attempt` atoms, 36 retained atoms, nine narrowed atoms, two bounded subordinate promotions, and all 55 chapter cores at `argument`. Gated DeltaNet-2 is integrated only as a dated source-reported comparator; the P6 seven-atom external reproduction result remains wholly blocked. There are zero chapter-core promotions and no new SOTA, deployment, publication, release, AGI, or ASI claim. Publication and release authority remain `none`. ## P8 — Reader release and terminal evidence freeze 1. Freeze an evidence-reconciled 55-chapter reader source after the accepted cognitive-substrate insertion and its full claim/evidence review. 2. Preserve the approved exact local HTML and DOCX histories. 3. Reattempt EPUB in a real local EPUB application and PDF in a real local PDF viewer. If native automation remains unavailable, use an exact author-run application-inspection record with artifact digest, application/version, checklist, screenshots, observed failures, and explicit non-claims. Do not infer application behavior from package validation. 4. Keep accessibility, screen-reader, WCAG, device, and Microsoft-application claims separate. Record only checks that actually ran. 5. Make independent decisions for living-book release, public reader release, each format, DOI/archive, rights, and deployment. Activity does not force a version increment. 6. Run the registry, Lean, Quarto, full browser, release, rights, secret, artifact-digest, reproducibility, and deployed-attestation gates over the exact source commit and tested artifact. 7. Write an evidence-freeze declaration and exact release, no-release, or blocked records that reconcile every product and claim state. This freeze is the input to P9 and is not roadmap closure. 8. Programmatically build and inspect every locally feasible format before assigning an application blocker. Local completion may end in `ready_not_published`; no push, tag, deployment, DOI/archive deposit, or external publication is authorized by this roadmap or by a reviewer's recommendation. ### P8 terminal receipt — exact local freeze, no public release P8 is complete at `docs/p8_reader_evidence_freeze_and_release_disposition.md`. The immutable local v2.2 freeze contains all 55 evidence-reconciled reader chapters and four digest-bound format attempts. The 60-page HTML artifact passes 120 desktop/mobile browser, accessibility-tree, keyboard, and WCAG-preparation page-view pairs with zero reported failures and is the only approved exact local format. EPUB passes structural inspection and a bounded Apple Books import, open, text-exposure, and navigation check, but is not device, screen-reader, or release approved. DOCX is structurally valid and all 726 rendered pages were covered by visual contact-sheet review; its page-6 figure break remains an exact layout residual and Microsoft Word was not claimed. PDF parses as 912 untagged pages but fails release: the raster audit flags 72 outer-edge pages, and direct review confirms page-48 clipping and page-50 right-edge overflow. Preview automation timed out, but those visual defects independently reject the PDF. The validator binds all source, artifact, and evidence-report digests and rejects seven mutations. The terminal decision is `evidence_freeze_ready_not_published_multiformat_release_not_approved`: there was no commit, push, tag, deployment, DOI/archive deposit, public release, license grant, external publication, or claim-support movement. This exact freeze is the input to P9. ## P9 — Maintained X Article synopsis and 5:2 header P9 runs only after P7 evidence reconciliation and the P8 reader/release freeze, so its public summary cannot be written around obsolete arguments. The durable contract is `docs/x_article_synopsis_contract.md`; the canonical future artifacts are `editions/x_article/asi_stack_synopsis.md`, `editions/x_article/manifest.json`, `editions/x_article/asi_stack_synopsis_header.png`, and `editions/x_article/header_provenance.json`. ### Article content and evidence requirements 1. Put the canonical live-book URL `https://corbensorenson.github.io/asi-stack-book/` as the first visible body line after the X-native title. Verify the link in X's published preview; do not substitute a repository, shortener, or stale version URL. 2. Keep the complete visible article—including title, body, headings, captions, and footnotes—at **9,999 words or fewer**. Target 7,500–9,250 words so later corrections have room. The platform's current live composer is a second, change-sensitive gate; the repository limit remains binding even if X later allows more. 3. Treat the article as a synopsis, not a second book. State the stack thesis, architecture, most decision-relevant mechanisms, strongest established results, strongest negative/null results, proof boundaries, implementation path, and open research residuals. Link readers to the book for full protocols, sources, proofs, ledgers, and updates. 4. Build a machine-readable crosswalk from every substantive article claim to its chapter atom, support state, evidence lane, result/proof artifact, and exact book anchor. The article may compress wording but may not raise scope, certainty, independence, transfer, or SOTA status. 5. Put evidence immediately after consequential claims. Distinguish checked formal results, executable conformance, controlled measurements, causal evidence, reproduction/transfer, literature synthesis, and design argument in reader language. Include decisive failures; do not make the synopsis a victory-only narrative. 6. Edit ruthlessly: remove repeated definitions, roadmap mechanics, theorem and validator counts without semantic consequence, throat-clearing, hype, duplicate examples, and any detail that belongs behind a book link. A paragraph survives only if it changes understanding, evidence calibration, implementation choice, or next action. 7. Validate mobile skimmability with short paragraphs, meaningful subheads, accessible link text, and a heading hierarchy that survives X paste/import. Preserve a canonical Markdown source and record any X-specific formatting delta rather than editing only in the composer. ### Header-image contract - Create one final **2000×800 pixel** RGB header image: exact 5:2 aspect ratio, PNG primary, with a tested JPEG fallback only if the live composer requires it. No stretch, letterbox, or silent crop is allowed. - The image must communicate the governed-stack thesis at small size, fit the book's visual language, avoid photorealistic authority theater and unsupported “superintelligence achieved” implications, and remain legible in light and dark surrounding UI. - Keep essential symbols and any text inside a center safe region, inspect the actual desktop and mobile X previews for cropping, and revise the source image when either preview hides meaning. If X applies a different crop, the 5:2 master remains canonical and any platform derivative is recorded by digest. - Store prompt/design brief, generation or source provenance, tool/version, rights/publication status, dimensions, color mode, file size, SHA-256, and alt text in `header_provenance.json`. Alt text describes the image rather than repeating the title. ### Maintenance, publication, and closure - Compute the article manifest from the canonical article and header plus the book structure, claim-atom registry, core evidence vectors, release identity, source inventory, and chapter/result anchors it summarizes. - Mark the derivative stale whenever a public release changes; a summarized chapter or core claim is added, removed, renamed, narrowed, promoted, deprecated, or refuted; a decisive result or source changes; the live-book URL changes; or X changes its Article/import/media behavior. Each public book release must either refresh and revalidate the derivative or carry an exact `not_refreshed` disposition explaining why it must not be represented as current. - At execution time, re-check X's official Article and image-description help, then run a real composer preview for link, length, formatting, image upload, crop, alt text, and audience. X currently documents Articles as a Premium- tier publishing surface with links, rich formatting, media, header images, edit/unpublish behavior, and audience controls; it does not publish a stable Article-body or 5:2 pixel limit on the cited help page. Therefore the live composer, not memory, decides platform compatibility. - Creating repository artifacts does not authorize an external post. Publish the X Article only after Corben explicitly authorizes that external mutation. Record the final X URL, timestamp, audience, source/header digests, and preview receipt if posted; otherwise record `ready_not_published` or the exact blocker. The roadmap can complete with `ready_not_published` because author posting authority is separate from artifact quality. - After the article disposition is exact, activate the next unfinished-work roadmap in the same transaction. If no immediate experiment or publication campaign remains, activate a maintenance and evidence-renewal roadmap that includes the synopsis staleness triggers. Zero active successors is invalid. ### P9 completion gate The canonical synopsis is evidence-faithful, at most 9,999 words, opens with the exact live-book link, passes claim-crosswalk and stale-input validation, and survives a current X composer preview. The exact-ratio 2000×800 header, alt text, provenance, rights state, previews, and digests pass. Publication is either explicitly authorized and receipted or exactly `ready_not_published`. All terminal records agree and one exact successor is active. ### P9 and M13 terminal receipt — maintained synopsis ready, not published P9 is complete at `docs/x_article_synopsis_completion.md`. The canonical synopsis contains 5,222 visible words, begins with the exact live-book URL, and maps 24 substantive claim markers through `editions/x_article/claim_crosswalk.json`. It states the strongest negative and blocked results and does not promote any chapter-core claim. Its exact 2000×800 RGB PNG header, provenance, and canonical alt text are retained. The current signed-in X Article composer accepted the full body and exact top link, reported 5,196 words, accepted the header, and passed desktop and 390×844 mobile previews. Draft `2077875347220041728` remains unpublished. The platform did not expose an Article-header image-description control, and plain-text import did not preserve Markdown heading/emphasis semantics; both limitations remain explicit rather than being laundered into an accessibility or rich-text pass. Audience controls were not opened because publication was not authorized. The terminal disposition is `ready_not_published_unpublished_x_draft_exists`. No publish control was activated, no public Article URL exists, and no commit, push, tag, deployment, archive deposit, license change, public living-book release, or support-state movement occurred. The package validator rejects eight mutations. M13 is complete because the no-publication record is exact and `docs/post_v2_3_maintenance_transfer_and_publication_roadmap.md` is active at P0/M0 with its own machine status, schema, validator, and public pointers. ## Milestones | Milestone | State | Completion condition | |---|---|---| | M0 — Successor activation | completed | Roadmap, status, schema, validator, public pointers, continuity rule, and negative controls are installed. | | M1 — Claim-atom coverage | completed | All 3,730 activation structured atoms are semantically reviewed, all 2,716 current activation prose candidates are dispositioned, all 54 activation chapter sweeps have zero unowned material claims, and the authorized 55th chapter adds 15 semantically reviewed atoms in a preserved addendum; prose identity changes retain lineage and no support state changed. | | M2 — Measurement and reproduction foundation | completed | A 24-task three-slice corpus, exact 6/6/12 partitions, isolated held-out labels, three model roles, inference/evaluator/statistics/environment/safety/artifact contracts, and a 10-case sacrificial preflight pass under a six-mutation validator. No outcome-bearing model evidence or support follows. | | M3 — Proof rationalization and formal semantic depth | completed | All 1,151 baseline declarations and 298 baseline targets have claim-centered dispositions; 300 baseline declarations and 185 baseline targets are absent or changed through preserved-lineage retirement/replacement; all 298 activation-era targets remain adequacy-routed, while the current manifest is tracked separately; nine required semantic models have dossiers and independent consumers; and the closure validator rejects six forms of false completion. Downstream live-schema, effect, review-quality, empirical, reproduction, and transfer work remains mandatory under P3–P7 and is not claimed as M3 evidence. | | M4 — Integrated executable slices | completed | One versioned interface replays retained real model and checkpoint outputs across 12 cases and all 10 lifecycle states, performs six independently observed local effects with exact/residual/quarantine accounting, contains 20/20 named boundary injections, preserves one observation–interpretation–belief trace through an 11-surface sealed quiescent epoch, corrects two historical instrument-failure lineages, and rejects 11 mutations without support movement. | | M5 — Governance/usefulness campaign | completed | Informative-regime matched campaign is adjudicated without zero-release or floor laundering; bounded local support is reconciled without transfer or chapter-core promotion. | | M6 — Routing/deliberation campaign | completed | A prospectively repaired 32-task held-out real-model campaign covers eight tracks, four ingress modes, eight routing arms, four stopping arms, seventeen active controls, and fifteen preserved harms; it records a mixed bounded routing effect with two unsafe full-policy outputs and accepts no support promotion. | | M7 — Update/unlearning campaign | completed | Two instrument failures and one adequate five-seed/seven-arm terminal run are preserved; behavior, comparator influence, membership attack, lineage, legal, storage, backup, and external-descendant axes are separately adjudicated, the broad claim is narrowed, and no core support is promoted. | | M8 — Remaining claim-family campaigns | completed | Residual/verifier-capacity, situated-world-model/consolidation, and KERC canonical-language/hierarchical-residual campaigns are adjudicated; CF-01 through CF-08 have full-attempt coverage and exact per-atom dispositions; and every family has at least one competent end-to-end or natural-work bundle with relevant negative controls. All 3,698 residual atom gaps remain visible. | | M9 — External reproduction/SOTA challenge | completed | Strongest baselines are reproduced or honestly blocked; exact superiority/Pareto dispositions are recorded. The exact result is seven `blocked_after_full_attempt` atoms, zero reproductions, and no SOTA support. | | M10 — Book and evidence reconciliation | completed | All 55 chapters after the accepted cognitive-substrate insertion and all evidence/proof/source appendices match results and counterevidence. | | M11 — Reader and release disposition | completed | HTML, DOCX, EPUB, PDF, accessibility, rights, and public-release decisions are exact and artifact-bound. | | M12 — X Article synopsis and header | completed | The proof-led synopsis, top live-book link, claim crosswalk, exact 2000×800 header, provenance, alt text, and current-composer preview all pass with exact platform residuals retained. | | M13 — Terminal closure plus successor | completed | The Article is exactly ready-not-published, all work is terminally adjudicated, release truth is reconciled, and the maintenance/transfer/publication successor is active in the same transaction. | ## Definition of done This roadmap is complete only when all of the following are true: - P0–P9 and M0–M13 are terminal under their stated gates; - every material claim has an owned atom and one of: accepted support at the appropriate scope, retained current state, narrowed, refuted, deprecated, or `blocked_after_full_attempt`; - all flagship and family campaigns received competent, informative attempts; - formal results name their model and assumptions, empirical results report uncertainty and scope, and normative claims expose premises and authority; - no theorem count, schema pass, fixture count, citation count, source count, validation count, format count, commit count, or release number is used as a proxy for semantic proof or empirical success; - all 1,151 activation-baseline theorem declarations and 298 proof targets have claim-centered dispositions, every retained theorem has a semantic, refinement, countermodel, executable, or reusable dependency role, and proof bloat has been consolidated or retired without erasing lineage; - every load-bearing atom has received a promotion-or-refutation campaign; an `argument` disposition survives only with an exact full-attempt explanation; - all raw results, failures, exclusions, evaluator disagreements, costs, residuals, and reproduction instructions required for the public-safe record are retained; - chapter prose, Appendix C/E/H/K, evidence vectors, proof adequacy, ledgers, reader projections, and public status all agree; - exact release/no-release/block records exist for the living book and every attempted reader format; - the maintained X Article derivative is evidence-faithful, at most 9,999 words, opens with the canonical live-book URL, has an exact 2000×800 5:2 accessible header, passes the current composer preview, and is either receipted as published with explicit authority or exactly `ready_not_published`; - no external-human prepublication review or outreach is required or claimed; and - one and only one active successor roadmap exists before this roadmap's status changes to completed. Completion means the project gave every claim a proper scientific or formal attempt and made the book match the evidence. It does not require every hypothesis to succeed, does not convert empirical evidence into mathematical certainty, and does not claim universal AI safety, AGI, or ASI. ## Canonical execution prompt > Execute > `docs/post_v2_3_claim_proof_and_sota_challenge_roadmap.md` as the sole active > ASI Stack roadmap. Start from the machine state in > `roadmap_records/post_v2_3_claim_proof_and_sota_challenge_status.json` and work > in priority order unless a recorded dependency permits parallel work. Do not > optimize for chapters, theorems, validators, citations, experiments, formats, > commits, or releases as counts. Optimize for claim-specific semantic adequacy, > informative causal evidence, reproducibility, transfer, honest refutation, > and reader usefulness. Use existing chapters before adding new ones. Preserve > all negative results, preregistrations, raw public-safe outputs, costs, > residuals, rights boundaries, and release history. Never call a zero-release, > zero-usefulness, evaluator-failure, weak-model, synthetic-only, projection-only, > or schema-only outcome proof of a broader claim. Do not require or claim > external-human prepublication review. Audit and rationalize the entire > existing proof surface before rewarding new theorem volume. Make every > load-bearing atom undergo a promotion-or-refutation campaign. Finish with the > maintained, evidence-faithful, under-10,000-word X Article synopsis, exact 5:2 > header, live-composer preflight, and explicit publication disposition; do not > publish externally without Corben's authorization. Execute all safe, > reversible, local research, writing, coding, evaluation, rendering, and > validation work without asking for another hosted-chat run or routine user > approval. Never make ChatGPT or another conversational browser session an > unfinished dependency. When an optional model is unavailable, substitute an > available local/open-weight/Codex role prospectively, record exact identity > and limitations, and preserve the resulting claim ceiling. Treat prior Chat > Pro runs as immutable history only. Do not close this roadmap until every > material claim has a terminal disposition under the full-attempt standard, > the exact release decision is recorded, all gates pass, and the next roadmap > is activated in the same transaction. ## Non-claims at activation - This roadmap does not prove, demonstrate, measure, or promote any chapter claim. - It does not establish that the ASI Stack is beyond the state of the art. - It does not approve or publish EPUB, PDF, DOCX, HTML, audio, or any reader edition. - It does not create a new public version, tag, deployment, archive, DOI, license, or rights grant. - It does not turn internal evaluator separation into independent external review. - It does not guarantee positive experimental results. - It does not create, upload, or publish the future X Article or its header; P9 defines and governs those later artifacts, and external posting requires explicit authorization. - It does not claim a validated ASI implementation, general AI safety, AGI, or ASI.