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84  Project Theseus as Report-First Implementation Reference

84.1 Chapter status

Field	Value
Chapter ID	project-theseus-as-report-first-implementation-reference
Part	Part IV - Evidence, Implementation, and the Living Book
Status	conceptual
Manuscript maturity	v0.3 semantically audited manuscript
Last updated	2026-08-08
Primary source records	project_theseus_whitepaper, theseus_plan_compiler, theseus_self_evolution_system, theseus_architecture_gate, theseus_operator_os, theseus_circle_transfer, ext_model_cards_2019, ext_datasheets_datasets_2021, ext_factsheets_ai_services_2019, ext_ml_reproducibility_program_2021
Claim label	Design rationale
Evidence level	argument
Source queue	primary: project_theseus_whitepaper, theseus_plan_compiler, theseus_self_evolution_system; supporting: theseus_architecture_gate, theseus_operator_os, theseus_circle_transfer, rmi, cgs, benchmaxxing, cognitive_loop_closure, viea, vcm_public, scf; external comparators: ext_model_cards_2019, ext_datasheets_datasets_2021, ext_factsheets_ai_services_2019, ext_ml_reproducibility_program_2021
Source loading state	source notes: project_theseus_whitepaper, deterministic_capability_compilation, theseus_plan_compiler, theseus_self_evolution_system, theseus_architecture_gate, theseus_operator_os, theseus_circle_transfer, ext_model_cards_2019, ext_datasheets_datasets_2021, ext_factsheets_ai_services_2019, ext_ml_reproducibility_program_2021
Test state	theseus_report_crosswalk_record.valid.json passes repository-level protocol fixture validation; scripts/validate_theseus_report.py validates one public-safe static architecture-gate import with a pinned source digest, 14/14 imported gate summary, and expected-invalid controls for digest mismatch, private-payload copying, and support-promotion overclaim; scripts/validate_theseus_generation_mode_import.py validates one public-safe static generation-mode gate import with pinned source/config/tool digests, 18 modes, 13 comparisons, zero hard gaps, zero modes with missing report refs, zero promotable comparisons, and expected-invalid controls for hard boundary-gate failure, private-payload copying, missing-report-ref overclaim, support overclaim, raw-speed promotion, and useful-speed overclaim; scripts/run_theseus_support_replay_probe.py --write-result and scripts/validate_theseus_support_replay_probe.py record and replay both ASI-side Theseus validators with command-output digests and tracked artifact hashes while preserving support-state effect none; scripts/validate_theseus_report_bundle_audit.py validates 1 public-safe report-bundle audit fixture and 7 expected-invalid controls for bundle completeness, replay-readiness, crosswalk coverage, gate mapping, work-board contract completeness, visible artifact gaps, intervention-ladder ordering, and support-promotion overclaim while preserving support-state effect none; scripts/validate_theseus_artifact_retention_replay_import.py validates theseus-artifact-retention-replay-import-2026-07-05 with 41,943,527 replayed payload bytes, 2,389,576 archived bytes, one compressed-artifact record, one proof-contract receipt, one artifact-graph record, one storage evidence-transition record, seven expected-invalid controls, and bounded claim project-theseus-as-report-first-implementation-reference.artifact_retention_replay_gate_import from argument to prototype-backed; scripts/validate_theseus_module_definition_of_done_import.py validates a sanitized Project Theseus module definition-of-done gate import with trigger state GREEN, 22 of 22 major module records ready, 0 hard gaps, 0 warnings, 20 source-backlog work cards, 7 expected-invalid controls, and bounded claim project-theseus-as-report-first-implementation-reference.module_definition_of_done_gate_import from argument to prototype-backed; scripts/validate_theseus_project_registry_import.py validates a sanitized Project Theseus project-registry import with trigger state GREEN, 5,662 registered paths, 24 owned lifecycle surfaces, full coverage, 0 unregistered active sources, 0 stale or missing report outputs, 0 generated source artifacts, 0 registry-governance violations, 9 expected-invalid controls, and bounded claim project-theseus-as-report-first-implementation-reference.project_registry_reality_import from argument to prototype-backed; scripts/validate_theseus_accelerator_parity_manifest_import.py validates a sanitized Project Theseus accelerator parity manifest with trigger state GREEN, 7 of 7 surfaces OK, 7 MLX report summaries, 4 Metal report summaries, 4 artifact manifests, 4 scheduler-canary surfaces, 0 hard failures, 0 guardrail gaps, 0 public training rows, 0 external inference calls, 9 expected-invalid controls, and bounded claim project-theseus-as-report-first-implementation-reference.accelerator_parity_manifest_import from argument to prototype-backed; it does not prove full CUDA, MLX, or Metal parity, production scheduler routing, model promotion, benchmark performance, model quality, or chapter-core promotion; scripts/validate_theseus_concrete_evidence_surface.py checks that the live source, curated reader source, outline, roadmap, and manifest surface those public-safe Theseus facts while preserving no-live-replay, no-model-quality, and no-support-state-promotion boundaries; AsiStackProofs.TheseusReference implements finite implementation-reference artifact-surface and gate-before-promotion predicates plus negative cases for dashboard-only claims, accepted promotions with missing/failing gates, incomplete imported bundles, replay-readiness gaps, private-payload/support-overclaim publication boundaries, report-bundle audit, artifact-retention replay import, module definition-of-done import, project-registry import, and accelerator parity manifest import bridges; live Project Theseus replay execution, current work-board import, private artifact publication, deployed residual-ledger storage, deployed artifact-graph behavior, full accelerator parity, production scheduler routing, model-quality result, module-capability result, deployment result, self-evolution safety result, and external review remain planned.

84.2 Drafting guardrail

Project Theseus sources function here as report-first implementation references. They do not import private project artifacts, rerun benchmarks, verify current dashboards, or promote source-reported implementation state into public empirical evidence.

The integrated trace is a design target. The Theseus reference narrows that target into an implementation-reference boundary: Theseus can show what report-first machinery should look like, but reports, ledgers, configs, gates, and work-board records must remain distinct from public proof of capability. A dashboard can orient the reader; only artifacts can carry a claim.

The Project Theseus reference also closes a loop opened in Part I. Human intent and agency rights are not abstract front matter if an implementation can show the contract, approval, report, residual, and gate trail for real work. Conversely, an implementation reference that cannot show those artifacts may still inspire design, but it should not be treated as governed evidence.

84.3 Human Reading Path

Concrete lens. The simpler dashboard-only baseline sees GREEN and answers the broad question. The accepted route instead follows the digest-bound import, rejects private copying and promotion, and returns one narrow conclusion.

Integrated architecture remains a design target until Project Theseus can serve as a report-first implementation reference: a way to think about what dashboards, ledgers, configs, gates, and work-board records should look like when a system tries to make itself inspectable.

The boundary matters. Theseus can guide the prototype path without becoming public empirical proof. A report-first implementation earns evidence status when relevant reports and artifacts are available, reviewed, and mapped to specific claims.

That keeps inspiration separate from support. Theseus can pressure the architecture toward practical surfaces while the manuscript still refuses to treat private dashboards, local status notes, or unreproduced runs as public evidence. The central lesson is not that a prototype exists somewhere; it is that an implementation should explain itself through durable records before asking for trust.

Implementation pressure helps most when it sharpens boundaries instead of relaxing them. A report-first prototype is useful because it makes missing evidence harder to ignore, turning every dashboard impression into a provenance record. Public records, not local momentum, decide what support can safely claim.

84.4 Problem

The implementation-reference lane shows how the ASI stack can be operated as report-first local machinery instead of only conceptual layer diagrams. Project Theseus is useful because its source notes describe pressure loops, plan compiler contracts, architecture gates, work boards, residual escrow, and self-evolution controls as reportable machinery.

The boundary is just as important as the reference. A report-first architecture can guide this book, but the public repo cannot claim current Theseus benchmark performance, training readiness, or self-evolution safety unless the relevant reports, commands, environment notes, and publication permissions are present here.

The implementation-reference role is therefore narrower and more useful than a prototype success story. Theseus gives the book a vocabulary for operating local machinery: pressure, attempt, residual, diagnosis, report, gate, work board, checkpoint, and smallest safe intervention. The living book can adopt that vocabulary while still refusing to launder private or source-reported status into public evidence.

84.4.1 Worked implementation-reference trace: one retained artifact under pressure

A maintainer has a narrow question: does one retained Theseus artifact still decode to the bytes named by its custody record? The tempting shortcut is to open a GREEN dashboard, see that retention once passed, and answer yes. The report-first route compiles a smaller request: inspect the public-safe import, replay its validator, and decide only the claim that the retained evidence can actually carry.

The route is deliberately local and non-generative. It runs:

python3 scripts/validate_theseus_artifact_retention_replay_import.py

The command validates a sanitized fixture bound to source-report digest a3d35452ec3a8f0db233f5985d5d0824a1d9f571ee9012970d52303bfece9759. The underlying Theseus report records 41,943,527 decoded payload bytes, 2,389,576 archived bytes, and equality between the observed payload digest and 5d26d57612479e1b5a0547af49e34d8ae779aef41e91b3eb2e676ad415a99da3. The public import also records the pointer check, JSON parse, defeater check, artifact-graph row, proof-contract receipt, and storage evidence transition. Private paths and payload bytes remain outside the book repository.

Trace stage	Concrete record	Decision
Goal	Verify one retained payload identity.	Do not ask whether Theseus “works.”
Compiled request	Public-safe digest-and-count import only.	Exclude private paths, prompts, model artifacts, and task payloads.
Route and work	One deterministic validator; zero public training rows and zero external inference calls.	Reject seven mutations, including hash drift, payload copying, and chapter-core promotion.
Emitted report	Exact hash match, 41,943,527 replayed bytes, one resolved storage defeater.	Accept the bounded retention-replay fact.
Evidence decision	artifact_retention_replay_gate_import: argument → prototype-backed.	Keep the chapter core at argument.
Residual	No clean live whole-project replay, current board, capability result, or deployment result.	Preserve the missing work instead of inheriting authority from GREEN.

This is a real report-first pass, but not the end-to-end Theseus run the mature chapter ultimately demands. Its value is the shape of the decision: a broad question becomes a bounded command, a private result becomes a sanitized receipt, seven attractive overclaims are rejected, and one narrow conclusion survives with its residual attached.

The architecture-and-lineage handoff makes that distinction concrete. The 2026-07-29 public-safe import binds published Theseus main commit 264a31ee. T0A is historically complete at a GREEN pre-activation transaction covering 143 artifacts, 15 of 15 architecture contracts, 14 accelerator receipts, and 7 of 7 CPU replays. T1 is active at shared-trunk step 9,048 and 69,310,840 of 1,096,734,920 frozen pretraining positions, with exact model, AdamW, RNG, receipt, stage, and migrated-plan identities.

The same record exposes the custody limit. The exact step-3,480 payload and a complete immutable segment-by-segment predecessor chain from 3,480 to 9,048 were not retained. The historical T0A transaction therefore remains architecture and execution qualification, but it cannot become a present-tense full-chain replay claim. Every later state-changing segment must start from the prospective anchor or terminal ledger identity and archive its exact before/after, checkpoint, optimizer, RNG, child, and host-guard identities before another launch. The private development evaluator remains unconsumed, capability is NOT_EVALUATED, and T2 remains blocked until source-disjoint model-only behavior exists. This is exactly what report-first discipline is for: preserve useful completed work, refuse stale authority inheritance, and name the smallest remaining transaction without turning currentness into capability evidence.

84.5 Why existing approaches are insufficient

A prototype roadmap is not enough unless readers can see how goals, plans, arms, reports, gates, residuals, checkpoints, compute, and operator surfaces interact in a working research system. Dashboards and summaries are especially risky because they can hide the run record that should carry the claim.

Report-first implementation therefore treats reports, ledgers, configs, and work-board entries as the authority surface. Dashboard prose is a view over those artifacts, not a substitute for them.

A report-first implementation is especially important for self-improving systems because the tempting story is always “the loop improved itself.” The governed story has to be more specific: which pressure was admitted, which authority lease allowed the attempt, which artifact changed, which gate passed or failed, which residual remained, and which human review path stayed available.

External positioning: Project Theseus remains a local implementation-reference case, but its report-first boundary now has source-noted reporting and reproducibility comparators. Model cards (ext_model_cards_2019), dataset datasheets (ext_datasheets_datasets_2021), AI service FactSheets (ext_factsheets_ai_services_2019), and the NeurIPS/JMLR reproducibility-program account (ext_ml_reproducibility_program_2021) show adjacent disciplines for structured disclosure, provenance, intended use, artifact review, and reproducibility checklists. Theseus report packets are broader than any one of those formats because they also need gates, residuals, work-board items, replay state, publication boundaries, and non-claims. The comparison does not assert that Theseus has produced model cards, datasheets, FactSheets, checklist-reviewed artifacts, or reproduced external results.

84.6 Core Claim

Readable claim. A Theseus report supports only the exact behavior, artifact identity, environment, and time window that its replay packet can join. A dashboard or GREEN gate can point to that packet; it cannot inherit the packet’s authority.

Normative rule. Before the book treats any Theseus result as evidence, bind the source revision, command, environment, inputs, outputs, digests, missing artifacts, review state, and maximum inference. If any required identity is missing or stale, narrow or block the claim and preserve the residual.

[project-theseus-as-report-first-implementation-reference.core, label: Design rationale, support: argument] Project Theseus as Report-First Implementation Reference owns a 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. It binds every imported or replayed report, configuration, ledger, work-board summary, registry, gate, crosswalk, trace, retained artifact, command, environment note, digest, missing artifact, decision, residual, and non-claim to source_note_only, imported, replay_ready, replay_failed, locally_reproduced, stale, runtime_blocked, or archived_lineage. Dashboards and latest files are projections only. No GREEN gate, complete registry, module card, pointer row, metadata snapshot, parity manifest, command replay, fixture, theorem, or sanitized import alone establishes current runtime truth, clean live replay, model quality, capability, benchmark validity, safety, deployment, support, transfer, AGI, ASI, or SOTA.

The claim remains at argument support. The source notes support report-first implementation discussion, docs/theseus_report_import_slice.md adds one static digest-verified architecture-gate report fixture, docs/theseus_generation_mode_import_slice.md adds one static digest-verified generation-mode gate fixture, docs/theseus_support_replay_probe.md records a local replay of both ASI-side validators with command-output and artifact digests, docs/theseus_report_bundle_audit.md records a public-safe report-bundle audit fixture with 7 expected-invalid controls, docs/theseus_artifact_retention_replay_import.md records one sanitized artifact-retention replay import, docs/theseus_module_definition_of_done_import.md records one sanitized module definition-of-done gate import, docs/theseus_project_registry_import.md records one sanitized project-registry import, docs/theseus_accelerator_parity_manifest_import.md records one sanitized accelerator parity manifest import, docs/theseus_book_crosswalk_import.md records one sanitized pointer-only book-to-Theseus crosswalk import, docs/theseus_work_board_import.md records one stale-snapshot work-board metadata import, docs/theseus_assistant_reference_trace_import.md records one sanitized assistant reference-trace import, and docs/theseus_pretraining_readiness_currentness_import.md records one clean same-commit readiness-gate replay. Those fixtures, probes, audit, and imports are implementation-reference evidence only: they do not give this repository reproduced benchmark runs, a whole-system Theseus replay, current-after-commit runtime or dashboard verification, route-quality evidence, private-verifier evidence, full CUDA, MLX, or Metal parity, production scheduler routing, public-safe private workload artifacts, deployed residual-ledger storage, deployed artifact-graph behavior, module-capability evidence, deployment evidence, self-evolution safety evidence, independent replication, useful-solution-per-second evidence, or a generation-speed result.

84.6.1 Claim-source mapping status

Appendix C now records ten passage-reviewed mappings for the Project Theseus core claim: six pinned local-project sources and four external reporting or reproducibility comparators. The review makes the reference traceable enough for drafting and later support review, while bounded imports add exact implementation-reference facts. No mapping or import takes the chapter core above argument, and none converts source-reported status, current-state notes, dashboards, documentation formats, schemas, fixtures, validator passes, or finite Lean predicates into public empirical evidence.

Mapping group	Reviewed support	Boundary
Theseus whitepaper	Report-first RMI implementation framing, current-state caveats, pressure/residual/diagnosis loop, benchmark lifecycle, residual escrow, tool closure, Hive task boundaries, safety constraints, and machine-readable reports as the contract surface.	No live operations ledger, current report bundle, current benchmark result, broad capability claim, deployment safety result, public-compute readiness, or replay evidence is imported here.
Plan compiler	Typed goal contracts, hard constraint capsules, semantic IR DAGs, VCM slices, executor routes, claim/evidence targets, contract hashes, public-benchmark calibration boundary, expected reports, and source-reported execute-mode fields.	No compiler command, report bundle, private execute proof, replay trace, or execute-mode result was rerun or independently verified here.
Self-evolution, architecture, and generation gates	Intervention ladder, guarded teacher branch/check flow, ATTD gate, architecture experiment governance, compact outcome ledger, loop closure, pre-training gate checks, failed-gate residuals, rerun triggers, necessary-not-sufficient gate language, the static digest-verified architecture-gate report import, and the static generation-mode gate import that records 18 modes, 13 comparisons, zero hard gaps, and zero promotable comparisons.	No self-evolution scripts, ATTD reports, teacher runner, architecture experiment reports, generation-mode rerun, private task bundle, dashboard endpoints, clean live gate replay, speed-quality result, or training-readiness result was run here; both imported static reports remain no-promotion implementation-reference evidence.
Operator surface and work board	Shared command vocabulary, durable SQLite board, node registry split, safety-visible controls, dashboard surfaces, task-to-ledger evidence flow, report-evidence store, improvement contract, no-progress blockers, feedback routing, and the bounded work-board metadata import.	No board step, command channel, live node registry, dashboard, remote-control surface, current board-state proof, or unattended-safety proof was run here; the imported work-board surface is a stale metadata snapshot only.
Circle transfer lane	Report-only bridge from deterministic Circle fixtures into private experiment configuration, structural smoke names, deterministic proxy benchmark design, claim-axis separation, and explicit disallowed quality/runtime/context/progress claims.	No consumer, smoke workload, proxy benchmark, private workload attachment, learned-model evaluation, transfer result, or model-promotion evidence was run here.
Formal and fixture artifacts	theseus_report_crosswalk_record.valid.json and finite Lean predicates define record-level implementation-reference and gate-before-promotion expectations.	They prove public record-shape gates only, not Theseus runtime behavior, report truth, current readiness, self-evolution safety, or capability improvement.

84.6.2 Phase-unlock governance inside the implementation reference

Prototype Roadmap remains the technical-detail owner for the program controller that decides whether a phase may research, demo, integrate, enter evidence review, promote, release, roll back, or retire. Its owned objects are dependency edges, phase work contracts, evaluator gates, phase debt, residuals, rollback paths, and terminal decisions. This chapter owns a different object: the evidence packet that lets a reviewer locate, replay, date, bound, and challenge what Project Theseus actually reports.

The proposed semantic merge was therefore rejected by its own losslessness test. The two chapters share a report-first discipline, but they do not share an acceptance predicate. A complete, current, replayable Theseus packet can still describe a phase whose prerequisites failed; a correctly formed phase transaction can still depend on missing, stale, private, or unreplayed implementation artifacts. Publication places the roadmap beneath this implementation reference so the reader encounters one family argument, while the phase controller retains its source mappings, claim atoms, 37-declaration Lean module, fixtures, test plan, debt and residual vocabulary, evidence ceiling, and stable URL.

Neither owner inherits the other’s result. Theseus report completeness does not establish safe dependency order, phase acceptance, evaluator competence, rollback execution, or program completion. The roadmap’s finite gate results do not establish report truth, runtime currentness, benchmark validity, capability, deployment, or a clean Theseus replay.

84.6.3 Concrete Theseus Evidence Surface

The Project Theseus reference should show the machine where the repository can show it safely. The current public-safe surface has twelve concrete pieces plus one selected support-lane aggregate.

First, the static architecture-gate import records theseus.architecture_gate.20260618T192303Z.public_static_import from Project Theseus commit 1ad88a22, with the source checkout marked dirty_at_import_review. The imported summary records ready_for_heavy_training, 14/14 gate decisions passed, external_inference_calls equal to 0, source artifact digest 7994e2909029644d6073289d8c9c59f774473f366a1c8cbda5943326f28518b2, and public report fixture digest c33ea5d8d466e394ac556eebd623fb0eb43f601d79ea5f66021ec57762751923. That is a checkpointed report-import fact, not a current training authorization in this book.

Second, the generation-mode import records theseus.generation_mode_gate.20260701.public_static_import, also from commit 1ad88a22 and dirty_at_import_review. The public-safe summary is YELLOW: 18 modes, 13 comparisons, zero hard gaps, zero modes with missing report refs, five hard boundary gates passed, five accepted-span speed-lift warnings, 13 zero-task-pass warnings, zero promotable comparisons, and useful-solution-per-second 0.0. The report, config, tool, and public fixture are pinned by digests a711d0dbca9779f26d4b0a63db18ce1fc574ade47a262f5140a9a7b6d325e90b, eebf96a7cf0a6c30c9203d2f11377c953973694a34dec8f095c8b76e378114c7, e99477a1b9546c14c60dc8e2b442f1437274d7ba367e717c23b608fb41fd290b, and 0a101d427d51029ba7a0aaaaf4329cb47e96400cd21fc284123e366fb309d709.

Third, the support replay probe theseus-support-replay-probe-2026-07-01-local reruns the two ASI-side validators, records 2 replay commands, 10 tracked artifacts, output digests cbf3d334f79e535c2b6c07a455a84985af774a801ee2b3f084dbfe28a4f7623d and 50d1c01397082194f45b916165c582570653073b56a7de934cf9222e80d7486c, support-state effect none, chapter-core support effect none, and no evidence transition.

Fourth, the report-bundle audit theseus-report-bundle-audit-2026-07-02-local validates one public-safe bundle-shaped fixture with 7 expected-invalid controls, 2 replay-ready rows, 1 blocked replay row, 8 crosswalk rows, 5 architecture/gate mappings, 6 visible artifact gaps, and 6 self-evolution intervention-ladder levels. It checks that a goal contract, compiler artifact, work-board item, gate record, residual record, non-claim, review note, and publication boundary are present before the book treats the lane as bundle-shaped implementation-reference evidence.

Fifth, the artifact-retention replay import theseus-artifact-retention-replay-import-2026-07-05 is validated by python3 scripts/validate_theseus_artifact_retention_replay_import.py. It imports no raw private payloads; it records source report digest a3d35452ec3a8f0db233f5985d5d0824a1d9f571ee9012970d52303bfece9759, one exact-hash retained-artifact replay, 41,943,527 replayed payload bytes, 2,389,576 archived bytes, one compressed-artifact record, one compression receipt, one proof-contract receipt, one claim record, one artifact-graph record, one storage evidence-transition record, one defeater record, zero public training rows, zero external inference calls, and seven expected-invalid controls. The accepted transition for project-theseus-as-report-first-implementation-reference.artifact_retention_replay_gate_import moves only that bounded non-core import claim from argument to prototype-backed. It does not prove clean live Project Theseus replay, deployed residual-ledger storage, deployed artifact-graph behavior, model quality, benchmark performance, generation speed, safety, alignment, transfer, deployment readiness, ASI, or chapter-core promotion.

Sixth, the module definition-of-done gate import theseus-module-definition-of-done-import-2026-07-05 is validated by python3 scripts/validate_theseus_module_definition_of_done_import.py. It imports no raw report or private payloads; it records source/config/report digests, trigger state GREEN, 22 of 22 major module records ready, zero hard gaps, zero warnings, all seven book-standard sources present, negative evidence linked, 20 source-backlog work cards, and seven expected-invalid controls. The accepted transition for project-theseus-as-report-first-implementation-reference.module_definition_of_done_gate_import moves only that bounded non-core import claim from argument to prototype-backed. It does not prove clean live Project Theseus replay, module capability, deployed Theseus behavior, model quality, benchmark performance, safety, alignment, transfer, deployment readiness, ASI, or chapter-core promotion.

Seventh, the project-registry import theseus-project-registry-import-2026-07-05 is validated by python3 scripts/validate_theseus_project_registry_import.py. It imports no raw registry report, private paths, or private payloads; it records source report digest 7814b39a5ddcb191e7c35dea4309bee5738fe389e91af00702f57ef84cf8418b, canonical report digest 215aeb759cfddabc8f7e66125b380d417fbf26a24169875bf92c148a5f716dfd, trigger state GREEN, 5,662 registered paths, 24 owned lifecycle surfaces, full registry coverage, zero unregistered active sources, zero stale or missing report outputs, zero generated source artifacts, zero registry-governance violations, zero external inference calls, and nine expected-invalid controls. The accepted transition for project-theseus-as-report-first-implementation-reference.project_registry_reality_import moves only that bounded non-core import claim from argument to prototype-backed. It does not prove clean live Project Theseus replay, deployment, model quality, generation speed, self-evolution safety, alignment, transfer, deployment readiness, ASI, or chapter-core promotion.

Eighth, the book-to-Theseus crosswalk import theseus-book-crosswalk-import-2026-07-05 is validated by python3 scripts/validate_theseus_book_crosswalk_import.py. It imports no raw crosswalk report, private paths, dogfood records, checkpoints, prompts, tests, solutions, candidate code, or training rows; it records source report digest 76f28eab4f1ffba860bedcb41327191060bee9eab3dcf18739f3b2355128dd4b, canonical digest d1ffd02d10682214bb28a6023196c46a899f1b132305ee7b9c0943f0b56c86c9, trigger state GREEN, 53 public-safe pointer rows, 20 backlog cards, 134 source-sync review decisions, 9 changed AI-book source files, zero removed source files, zero stale phases, zero missing source-basis rows, zero public training rows, zero external inference calls, and ten expected-invalid controls. The accepted no-promotion decision evidence_transitions/v1_x_measured/theseus_book_crosswalk_import_no_change.json keeps project-theseus-as-report-first-implementation-reference.book_to_theseus_crosswalk_pointer at argument; it does not prove clean live Project Theseus replay, deployment, model quality, self-evolution safety, artifact truth for referenced rows, ASI, or chapter-core promotion.

Ninth, the work-board metadata import theseus-work-board-import-2026-07-06 is validated by python3 scripts/validate_theseus_work_board_import.py. It imports no raw reports, SQLite rows, task payloads, private paths, dogfood records, checkpoints, prompts, tests, solutions, candidate code, score labels, or training rows; it records the executor report digest 8602bef9d22c1a73aa9751a4b6e035f7587bfb8b5e8a3e9ba72a38d41348ade2, board report digest 67cc5a91573ee9cc6ac62bcf92ad353f66c93697fe0bda3402c9a397b00eea50, SQLite board digest 1894d453d31ef0a0706a0bcbd72e05989cc251d7a977d2bf7edd95994f817869, 130 durable task rows, 412 event rows, 133 evidence rows, five SQLite tables, one execution-ledger row, four unattended-improvement rows, 72 feedback rows, zero public training rows, zero external inference calls, and ten expected-invalid controls. Its accepted no-promotion decision evidence_transitions/v1_x_measured/theseus_work_board_import_no_change.json keeps project-theseus-as-report-first-implementation-reference.work_board_currentness_import at argument; it is a stale snapshot and does not prove clean live Project Theseus replay, current board state, current dashboard state, deployment, model quality, unattended safety, self-evolution safety, ASI, support-state promotion, or chapter-core promotion.

Tenth, the assistant reference-trace import theseus-assistant-reference-trace-import-2026-07-06 is validated by python3 scripts/validate_theseus_assistant_reference_trace_import.py. It imports no raw assistant text, raw prompt text, private payloads, public training rows, or external inference calls; it records source report digest ce7c9fec7c4fe44edbf252fc33e9923a43406546acde7b1db22a91acdb0895d4, trace digest f72742461c1c22ab05dc170d7a6d98cdcee7773d3ba02e08430dbba0c3a58427, source markdown digest 96f030ee16583a4f73cc8abe456141ba2ba71c9932a24b1e77647b409dda43d3, trace schema digest 7f16d13d71f5ebe1df2d2bd4e2765e4b632329aa89998746415589fd4cf6cef2, benchmark-measurement digest edfc4dc58b132f0e8e1cd423aa8d061dc8d3204fb6e5cd0bb10056905d766a85, runtime-script digest 6cf19c67232516840120d42efbaa42086844857c464fe5663ec169f4ebe1e0d0, 19 required reference-trace record types, 27 / 27 gates, 2,203 VIEA view records, 12 selected VCM pages, zero blockers, zero fallback returns, zero public training rows, zero external inference calls, a diagnostic benchmark boundary, and 11 expected-invalid controls. The accepted transition for project-theseus-as-report-first-implementation-reference.assistant_reference_trace_import moves only that bounded non-core import claim from argument to prototype-backed. It does not prove clean live Project Theseus replay, current runtime state, route quality, private verifier quality, model quality, benchmark superiority, useful-solution-per-second improvement, safety, alignment, transfer, ASI, support-state promotion, or chapter-core promotion.

Eleventh, the accelerator parity manifest import theseus-accelerator-parity-manifest-import-2026-07-06 is validated by python3 scripts/validate_theseus_accelerator_parity_manifest_import.py. It imports no raw report, private payload, private path, checkpoint, prompt, test, solution, score label, candidate code, metrics payload, or training row; it records source report digest 80574979f333c209e5419ee61182bfef1954e5844b107a5dc76f9155b60b1ca7, trigger state GREEN, 7 of 7 surfaces OK, 7 MLX report summaries, 4 Metal report summaries, 4 artifact manifests, 4 scheduler-canary surfaces, zero hard failures, zero explicit guardrail gaps, zero public training rows, zero external inference calls, no teacher use, no model-promotion allowance, no production-routing allowance, and nine expected-invalid controls. The accepted transition for project-theseus-as-report-first-implementation-reference.accelerator_parity_manifest_import moves only that bounded non-core import claim from argument to prototype-backed. It does not prove full CUDA, MLX, or Metal parity, production scheduler routing, model promotion, benchmark performance, model quality, clean live Project Theseus replay, safety, alignment, transfer, ASI, support-state promotion, or chapter-core promotion.

Twelfth, the pre-training readiness currentness import theseus-pretraining-readiness-currentness-import-2026-07-14-local is validated by python3 scripts/validate_theseus_pretraining_readiness_currentness_import.py. It records one bounded clean-checkout replay at Project Theseus commit d2343540a17ea3e12760983f653529621fa445f1: the source commit was unchanged before and after the replay, the checkout was clean at replay completion, the gate exited successfully, and every generated report was written to a temporary directory rather than back into the source repository. The imported result is YELLOW, not GREEN: 20 phases comprise 12 wired, 2 implemented, 5 partial, and 1 frozen phase; 20 crosswalk items and 73 evidence items are present; training/public-calibration readiness is true only within the gate’s declared focus; and phase 9 remains externally frozen. Three source-file digests, four output digests, the exact command, environment boundary, public-safety filter, and eight rejecting controls bind the observation. It closes the roadmap’s stale-currentness residual for this one gate at this one revision. It does not establish Project Theseus state after that commit, whole-system replay, learned-model quality, benchmark superiority, training success, deployment readiness, distributed operation, safety, alignment, transfer, AGI, ASI, release readiness, support-state promotion, or chapter-core promotion.

Those facts do not promote the Theseus core claim. They do not rerun Project Theseus as a whole, prove deployed Theseus runtime behavior, prove full accelerator parity, prove production scheduler routing, prove model promotion, prove generation speed, prove useful-solution-per-second improvement, prove model quality, prove routing quality, prove benchmark quality, prove safety, prove alignment, prove transfer, prove ASI, or create a chapter-core support-state transition. Their value is narrower and still important: the repository can mirror selected Theseus report boundaries, reject private-payload and overclaim controls, validate that missing artifacts stay visible, and distinguish one exact readiness-gate replay from the broader replay evidence that remains absent.

84.7 Mechanism

The owned object is the Implementation-Reference Evidence Packet, not Project Theseus as a whole and not a dashboard about it. Its lifecycle has six auditable phases, each with three operations:

Phase	Required operations
1. Scope and inventory	Freeze source project, pinned revision, report families, permissions, public/private boundary, consumers, environment, and time; inventory reports, configs, tools, boards, registries, ledgers, checkpoints, artifacts, dashboards, generators, and owners; bind every source path or note to version, digest, timestamp, generator, command, environment, dependencies, input boundary, expected output class, and failure behavior.
2. Classify and protect	Assign source_note_only, imported, artifact_missing, replay_ready, replay_failed, locally_reproduced, stale, runtime_blocked, or archived_lineage; sanitize under explicit permission with no undisclosed private payload; keep dashboards, latest aliases, pointers, and status summaries as projections over retained artifacts.
3. Crosswalk and replay	Map each stack layer and claim to exact artifact, gate, residual, state, and non-claim; bind intent, approval, agency, resource, rollback, work-board, review, and residual records; replay eligible commands in locked environments while retaining output, exit status, digests, failures, duration, resources, dependencies, and mutations.
4. Validate and compare	Test bundle completeness, lineage, gates, public safety, work contracts, missing artifacts, and intervention ordering with valid and rejecting controls; import static summaries only at exact revisions and states; compare packet fields with model cards, datasheets, FactSheets, and reproducibility programs without treating those formats as evidence.
5. Adjudicate and propagate	Expose benchmark and calibration partitions, external inference, teacher use, selection, retries, task access, and training-row status; require separate evidence transitions for capability, training, self-evolution, deployment, or chapter-core support; retain negative, null, failed, stale, missing, blocked, and no-promotion outcomes and propagate corrections or downgrades to every consumer.
6. Monitor and retire	Monitor replay age, dependency drift, missing artifacts, stale snapshots, public-safety and private-data pressure, failures, promotion pressure, latency, resources, review burden, and cost; expire or replace affected packets when assumptions change; archive or retire them without erasing lineage.

The pressure loop remains useful inside that packet: demand produces a contract, an attempt produces reports and effects, failures produce residuals, and the smallest governed intervention creates the next candidate. The packet prevents this implementation story from becoming evidence laundering. A Circle fixture can shape an experiment, a gate can block an attempt, and a retained artifact can establish one storage fact; none inherits model-quality or capability scope.

Each phase must leave a consumer-visible receipt rather than merely advancing a dashboard. Scope and inventory produce the frozen packet identity; protection produces the public/private boundary; crosswalk and replay produce exact command and artifact observations; comparison produces bounded accept or reject facts; adjudication produces support and non-claim decisions; and monitoring produces expiry, correction, or retirement. If any receipt is absent, later work may continue only as explicitly isolated research, never as evidence of whole-system operation.

flowchart LR
  Goal["Goal, benchmark, or operator task"] -- "compiled request" --> Plan["Plan compiler contract and semantic IR"]
  Plan -- "route under bounds" --> Route["Octopus router and bounded arms"]
  Route -- "dispatch work" --> Work["SymLiquid, tools, Hive task kinds"]
  Work -- "emit reports" --> Reports["Reports, ledgers, traces, work board"]
  Reports -- "public-safe packet" --> Evidence["Evidence state and missing-artifact row"]
  Evidence -- "gate review" --> Gate["Architecture, resource, promotion, and safety gates"]
  Gate -- "blocked or partial" --> Residual["Residual escrow and intervention ladder"]
  Residual -- "smallest intervention" --> Structure["Tool, adapter, checkpoint, or smallest source change"]
  Structure -- "new pressure" --> Goal

  Circle["Circle finite contract pack"] -- "structural receipts" --> Transfer["Theseus Circle transfer lane"]
  Transfer -- "private design only" --> Fixtures["Private workload design and structural smokes"]
  Fixtures -- "separate claim scope" --> Boundary["Claim-boundary ledger"]
  Boundary -- "constrains review" --> Gate
  Boundary -. "blocks overclaim" .-> Overclaim["Quality, speed, context, or ASI claims without workload evidence"]

What the Theseus report loop shows: The Theseus loop is report-first: pressure becomes contracts, routes, work, reports, gate review, residuals, and the smallest next intervention. The Circle transfer lane can contribute structural receipts, but the claim-boundary ledger blocks quality, speed, context, or ASI claims without workload evidence.

Operationally, the layer should produce artifacts that can be inspected without rerunning the whole cognition path. A downstream reader should be able to distinguish source-note lineage, imported reports, reproduced runs, missing artifacts, and public non-claims.

That distinction is the public safety valve. Source-note lineage can explain why a mechanism appears in the book. Imported reports can show what a local system recorded. Reproduced runs can support a narrower evidence transition. Missing artifacts keep claims from moving. Public non-claims prevent readers and future agents from treating a local implementation reference as a general capability result.

84.7.1 Theseus implementation pressure from the two paper programs

Deterministic Capability Compilation gives Theseus a concrete report-first target: one charter and scaffold, a semantic field graph, coverage and counterexample ledger, two learned fields, an NCO/link receipt, independent pass/fail/unknown validation, branch-protected execution, tribunal disposition, reification proposal, and effect-complete recovery report. Theseus should expose each artifact and failed transition instead of presenting the foundry as one successful training command.

The Platonic World Model supplies a complementary semantic slice: stable Form and version identity, separate proposition/attestation/commitment/proof records, one actual and one simulated branch, qualified grounding, a semantic patch and blast-radius report, one authority-escalation rejection, and a version-pinned runtime packet. These are prospective implementation targets. The papers do not establish that current Theseus implements them.

84.7.2 ASI-THESEUS-FLAGSHIP-01

The book’s one joined natural empirical spine is ASI-THESEUS-FLAGSHIP-01: a matched governed repository-change program. It is not another synthetic record suite and not a parallel benchmark competing with the existing Theseus evidence packets. The task is one real repository change whose request, source state, tests, effects, residuals, recovery, and release can be observed from end to end.

Five routes answer different alternatives on the same eligible task set:

1. direct work by a strong agent;
2. an ordinary agentic workflow with conventional tools;
3. a deterministic CI or workflow control where the task permits it;
4. the full governed stack; and
5. a bounded human-assisted governed route with the same declared help budget.

Model access, repository state, task information, compute, retries, assistance, and evaluator access are matched wherever the estimand requires them. Competence thresholds, positive controls, simpler-alternative thresholds, architecture-challenge conditions, stopping rules, rescue ceilings, and promotion rules are frozen before protected outcomes open. A route that cannot perform the ordinary task competently cannot turn its refusals into evidence for governance.

The attack and failure matrix includes prompt and source-file injection, stale authority, scope expansion, insufficient or malicious tests, wrong-commit receipts, dependency drift, correlated verification, partial effects, code-only rollback, stale generated derivatives, false tool success, hidden reviewer burden, and unauthorized self-modification. Outcomes are judged together: useful task success, unauthorized effects, false blocking, missed help, escaped defects, detection and recovery time, rollback closure, residual burden, compute, latency, human time, context volume, evaluator disagreement, trace completeness, support overclaim, and total lifecycle cost.

The flagship does not begin with an expected win. Its terminal result may be positive, negative, mixed, inconclusive, or blocked by a failed instrument. Existing imported Theseus reports remain implementation-reference evidence; they do not count as flagship outcomes. During the manuscript-completion phase this section freezes the research question, alternatives, attacks, and measures only. Execution and any evidence transition belong after the all-chapter idea-placement and narrative-coherence gate.

84.8 Interfaces

The packet joins twelve interfaces while leaving their authority separate:

1. The pinned Project Theseus checkout, report generators, configurations, tools, registries, ledgers, work board, checkpoints, and retained artifacts supply exact source-project facts.
2. The source inventory, source notes, source-to-chapter matrix, queue, and Appendix G supply bibliographic and local-project provenance.
3. Human Intent, the plan compiler, agency contracts, work contracts, and authority records supply goal, permission, resource, rollback, and acceptance boundaries.
4. Labor OS, the work board, operator commands, node registry, Artifact Steward agents, and feedback routes supply owned work and continuity records.
5. Artifact Graphs, supply-chain controls, data engines, weight custody, residual escrow, and replay supply identity, custody, retention, deletion, and lineage.
6. Benchmarks, generation modes, simulation, routing, specialist arms, external-inference controls, and teacher governance supply workload and computation records.
7. Claim Ledgers, Evidence States, formal methods, proof-carrying contracts, Appendices C and E, and accepted transitions supply claim identity, proof scope, support, defeaters, and non-claims.
8. Readiness, Stable Capability Fields, Capability Replacement, Recursive Improvement, and self-evolution gates consume packet facts without inheriting capability authority.
9. Security Kernel, runtime adapters, Digital SCIFs, public-safety filters, rights records, and publication permissions constrain commands, payloads, environments, and disclosure.
10. Resource Economics and compute governance supply budgets, accelerator surfaces, external-service accounting, duration, and cost boundaries.
11. Model cards, datasheets, FactSheets, and reproducibility programs supply reporting comparators without certifying Theseus.
12. The Living Book, outline, appendices, roadmap, status records, release surfaces, and readers consume only adjudicated packet facts and currentness boundaries.

These interfaces exchange immutable references and acknowledgements, not authority by proximity. A report generator can supply a digest but cannot declare support; a readiness gate can block a route but cannot prove model quality; a publication surface can disclose an accepted packet but cannot make it current. The packet remains incomplete until every intended consumer either acknowledges the exact version or leaves a visible unresolved edge.

84.9 Invariants

The packet is valid only while all of these invariants hold:

1. Scope names the exact project, revision, report family, command, environment, artifacts, permission, reviewer, consumer, dependencies, and time.
2. A retained artifact at an exact digest—not dashboard prose, a latest alias, pointer, badge, or summary—owns each imported fact.
3. Current-state claims require current artifacts or clean bounded replay; historical imports never become current runtime truth.
4. Regeneration never erases versions, failures, stale snapshots, corrections, rejecting controls, or no-promotion decisions.
5. Every fact remains bound to source, revision, digest, generator, command, environment, dependencies, timestamp, and review.
6. All nine evidence states remain distinct and machine-visible.
7. Sanitization proves only compliance with the declared public boundary.
8. Public packets disclose no training rows or raw private material without exact permission and purpose.
9. Data partitions, external inference, teacher use, selection, retries, and task access remain visible.
10. Missing, stale, failed, dirty, drifted, and runtime-blocked artifacts remain visible and block broader claims.
11. GREEN, complete, ready, parity, wired, pointer, registered, retained, or replayed labels never cross-promote.
12. Gates are necessary only within their declared scope and never sufficient for chapter-core support.
13. Bundle shape requires goal and work contracts, plan artifact, gate, residual, lineage, replay state, review, publication boundary, and non-claims.
14. Private sources and public projections remain separated, with redaction loss recorded.
15. Human approval, delegated agency, work ownership, kill and rollback authority, reviewer identity, conflicts, and decisions remain visible.
16. Corrections, revocations, expiry, staleness, permission changes, and downgrades propagate to every consumer.
17. Replay age, duration, resource and service use, failures, review burden, storage, and total cost stay beside positive results.
18. Record implications, fixture normalizations, validator passes, and theorem counts establish only their exact finite boundaries.

Together these invariants make currentness a property of a named packet and consumer path, not of the Project Theseus label. A clean replay at one revision does not update later revisions, and a corrected artifact does not silently repair every downstream claim. Versioned invalidation must reach each consumer before the predecessor can be retired.

84.10 Failure modes

The principal falsifiers are: (1) latest-file overwrite or dashboard theater; (2) report-shape or checklist laundering; (3) stale-snapshot currentness; (4) path, digest, revision, generator, command, environment, or dependency drift; (5) sanitized-import truth laundering; (6) private-payload leakage; (7) benchmark-headline laundering; (8) GREEN-gate-to-capability promotion; (9) module, registry, board, pointer, or lifecycle completeness promoted to runtime truth; (10) manifest surfaces promoted to full accelerator or scheduler parity; (11) pointer crosswalks promoted to referenced-artifact truth; (12) narrow validator replay promoted to whole-project reproduction; (13) hidden teacher use or external inference; (14) retention or compression promoted to behavior or quality; (15) self-evolution promotion without causal outcome evidence; (16) suppression of negative, stale, missing, blocked, or no-promotion rows; (17) publication-permission drift; and (18) unsupported transfer across projects, models, tasks, institutions, infrastructures, legal regimes, environments, reviewers, or time.

Each failure creates a visible residual, downgrade, blocked promotion, or missing-artifact row. “Not imported,” “stale,” “not rerun,” and “runtime blocked” are correct terminal observations when the corresponding evidence is absent; they are not defects to smooth away.

84.11 Minimum Viable Implementation

The implemented slice contains ten exact source mappings and twelve proof targets. Fifty-four Lean declarations implement finite record implications, route reductions, fixture normalizations, and explicit overclaim controls; none is an empirical projection. The repository also contains one crosswalk schema and fixture, a static 14/14 architecture-gate import, an 18-mode and 13-comparison generation-mode import with zero promotable comparisons, and a two-command ten-artifact support replay with no transition.

The wider packet surface includes one valid and seven invalid report-bundle cases; a metadata-only 64-task public bundle with zero public training rows; a selected aggregate with four command replays, sixteen artifact digests, sixty-eight task records, fourteen rejected controls, and two accepted no-promotion decisions; and bounded artifact-retention, 22-module definition-of-done, 5,662-path registry, 53-pointer crosswalk, stale 130-task work-board, 19-record-type assistant trace, seven-surface accelerator parity, and clean-checkout pre-training-readiness currentness imports. Several narrow non-core imports have accepted prototype-backed transitions. Those transitions remain exact; the sweep does not erase them merely because the chapter core stays at argument.

The public-task component is theseus_public_task_bundle_import_2026_07_03_local. Its accepted decision at evidence_transitions/v1_x_measured/theseus_public_task_bundle_import_no_change.json preserves metadata-only task boundaries and blocks clean-live-replay, model-quality, benchmark-superiority, generation-speed, useful-solution-per-second, deployment, self-evolution, support-state, and chapter-core promotion.

What is absent is equally important: no clean live whole-project replay, current work-board or runtime proof, model-quality or capability result, benchmark-validity or useful-throughput result, production routing, deployment, safety result, chapter-core support effect, independent reproduction, or transfer exists. The minimum implementation therefore proves that selected report facts can be represented, bounded, replayed in narrow cases, and prevented from overclaiming—not that Project Theseus works as a complete intelligent system.

84.12 Mature Research Target

The mature end state must begin from a pinned, public-safe Project Theseus release or report bundle. Its argument-exit campaign requires an independent implementer to perform a clean-room replay from documented commands, environment definitions, dependency locks, input boundaries, artifact digests, current board and registry snapshots, permissions, and retained failures. A successful replay must show the same exact revision before and after, distinguish generated outputs from source mutations, and preserve every negative, stale, missing, blocked, and no-promotion row.

The campaign must then leave report-shape validation behind. It must run natural workloads and matched ordinary baselines through actual model, routing, training, tool, benchmark, resource, operator, rollback, and self-evolution paths. It must disclose teacher and external-inference use and jointly measure useful throughput, quality, unsafe or false promotion, false blocking, currentness, safety, failures, latency, compute, storage, review burden, recovery, residuals, and total cost. Named attacks must test staleness, digest and environment drift, private-payload pressure, gate and dashboard laundering, missing artifacts, benchmark headline pressure, negative-result retention, revocation, and correction propagation.

Independent implementers, operators, artifact reviewers, evaluators, institutions, infrastructures, legal regimes, and transfer settings must reproduce positive, negative, null, narrowed, blocked, and refuted outcomes over time. The core claim can move only through an accepted evidence transition tied to those exact results. Until then, the Implementation-Reference Evidence Packet is not proof of current Theseus behavior, capability, model quality, benchmark superiority, safety, deployment, transfer, AGI, ASI, or SOTA.

84.13 Codex test plan

Test	Purpose	Status
Theseus report crosswalk fixture validation	Validate that a report-first reference row names source reports, config/tool refs, gates, residuals, public claim boundary, verification status, missing artifacts, non-claims, and evidence refs.	implemented; passing via python3 scripts/validate_protocol_examples.py
Static architecture-gate import validation	Validate one public-safe digest-verified static Theseus architecture-gate report fixture and expected-invalid digest/private-payload/support-overclaim controls.	implemented; passing via python3 scripts/validate_theseus_report.py
Static generation-mode gate import validation	Validate one public-safe digest-verified static Theseus generation-mode gate fixture and expected-invalid hard boundary-gate failure, private-payload, missing-report-ref overclaim, support-overclaim, raw-speed-promotion, and useful-speed-overclaim controls.	implemented; passing via python3 scripts/validate_theseus_generation_mode_import.py; no live replay, generation-speed claim, model-quality claim, or support-state promotion
Theseus support replay probe	Replay the two public-safe ASI-side Theseus validators and check command-output digests, tracked artifact hashes, and no-transition boundaries.	implemented; passing via python3 scripts/run_theseus_support_replay_probe.py --write-result and python3 scripts/validate_theseus_support_replay_probe.py; no clean live Theseus replay, public task bundle, model-quality result, generation-speed result, or support-state promotion
Theseus concrete evidence-surface validation	Check that the live source, curated reader source, outline, roadmap, and manifest surface the public-safe architecture-gate import, generation-mode import, support replay probe, digest, count, and non-claim facts without promotion drift.	implemented; passing via python3 scripts/validate_theseus_concrete_evidence_surface.py; no live Theseus replay, model-quality result, generation-speed result, or support-state promotion
Theseus public task-bundle import validation	Validate one digest-bounded public-safe Theseus task-bundle summary with 64 public BigCodeBench metadata-only tasks, 0 public training rows, 0 task-level regressions, visible artifact gaps, seven expected-invalid controls, and an immutable executable receipt.	implemented; passing via python3 scripts/validate_theseus_public_task_bundle_import.py; clean live Theseus replay remains unclaimed and this does not prove model quality, benchmark superiority, generation speed, useful-solution-per-second improvement, or support-state promotion
Theseus/Fast selected support-lane aggregate	Replay the selected Theseus and Fast Generation support validators together, checking command-output digests, 16 tracked artifact hashes, 68 public task records, 14 expected-invalid or rejected controls, two accepted no-promotion decisions, and an immutable aggregate receipt.	implemented; passing via python3 scripts/validate_theseus_fast_support_lane.py; result theseus-fast-support-lane-2026-07-03-local; the copied formal mirror is retired after semantic audit; does not prove clean live Project Theseus replay, model quality, generation speed, useful-solution-per-second improvement, or support-state promotion; does not promote any chapter core claim
Theseus artifact-retention replay import validation	Validate one sanitized public-safe Theseus artifact-retention replay import with exact retained-payload hash replay, record-count checks, private-path redaction, seven expected-invalid controls, and bounded non-core transition project-theseus-as-report-first-implementation-reference.artifact_retention_replay_gate_import.	implemented; passing via python3 scripts/validate_theseus_artifact_retention_replay_import.py; result theseus-artifact-retention-replay-import-2026-07-05; does not prove clean live Project Theseus replay, deployed residual-ledger storage, deployed artifact-graph behavior, model quality, benchmark performance, safety, alignment, ASI, or chapter-core promotion
Theseus module definition-of-done import validation	Validate one sanitized public-safe Theseus module definition-of-done gate import with 22 of 22 major module records ready, zero hard gaps, zero warnings, source-backlog work-card routing, seven expected-invalid controls, and bounded non-core transition project-theseus-as-report-first-implementation-reference.module_definition_of_done_gate_import.	implemented; passing via python3 scripts/validate_theseus_module_definition_of_done_import.py; result theseus-module-definition-of-done-import-2026-07-05; does not prove clean live Project Theseus replay, module capability, deployed behavior, model quality, benchmark performance, safety, alignment, ASI, or chapter-core promotion
Theseus book-to-Theseus crosswalk import validation	Validate one sanitized public-safe Theseus book-to-Theseus crosswalk pointer import with 53 public-safe pointer rows, 20 backlog cards, 134 source-sync review decisions, zero private/raw payload exports, ten expected-invalid controls, and a no-promotion decision.	implemented; passing via python3 scripts/validate_theseus_book_crosswalk_import.py; result theseus-book-crosswalk-import-2026-07-05; does not prove clean live Project Theseus replay, artifact truth for referenced rows, deployment, model quality, self-evolution safety, ASI, support-state promotion, or chapter-core promotion
Theseus work-board metadata import validation	Validate one sanitized public-safe Theseus work-board metadata import with 130 durable task rows, 412 event rows, 133 evidence rows, five SQLite tables, stale-snapshot boundary, zero private/raw payload exports, ten expected-invalid controls, and a no-promotion decision.	implemented; passing via python3 scripts/validate_theseus_work_board_import.py; result theseus-work-board-import-2026-07-06; does not prove clean live Project Theseus replay, current board state, current dashboard state, deployment, model quality, unattended safety, self-evolution safety, ASI, support-state promotion, or chapter-core promotion
Theseus assistant reference-trace import validation	Validate one sanitized public-safe Theseus assistant reference-trace import with 19 required reference-trace record types, 27 / 27 gates, 2,203 VIEA view records, 12 selected VCM pages, zero public training rows, zero external inference calls, diagnostic benchmark boundary, 11 expected-invalid controls, and bounded non-core transition project-theseus-as-report-first-implementation-reference.assistant_reference_trace_import.	implemented; passing via python3 scripts/validate_theseus_assistant_reference_trace_import.py; result theseus-assistant-reference-trace-import-2026-07-06; does not prove clean live Project Theseus replay, current runtime state, route quality, private verifier quality, model quality, benchmark superiority, useful-solution-per-second improvement, ASI, support-state promotion, or chapter-core promotion
Theseus accelerator parity manifest import validation	Validate one sanitized public-safe Theseus accelerator parity manifest import with 7 of 7 surfaces, 7 MLX report summaries, 4 Metal report summaries, 4 artifact manifests, 4 scheduler-canary surfaces, zero hard failures, zero public training rows, zero external inference calls, no teacher use, locked model-promotion and production-routing guardrails, nine expected-invalid controls, and bounded non-core transition project-theseus-as-report-first-implementation-reference.accelerator_parity_manifest_import.	implemented; passing via python3 scripts/validate_theseus_accelerator_parity_manifest_import.py; result theseus-accelerator-parity-manifest-import-2026-07-06; does not prove full CUDA, MLX, or Metal parity, production scheduler routing, model promotion, benchmark performance, model quality, clean live Project Theseus replay, ASI, support-state promotion, or chapter-core promotion
Theseus pre-training readiness currentness import validation	Validate one same-commit clean-checkout replay of the readiness gate, exact source/output digests, temporary-only outputs, the 20-phase YELLOW result, five partial and one frozen phase, public-safety boundaries, and eight expected-invalid controls.	implemented; passing via python3 scripts/validate_theseus_pretraining_readiness_currentness_import.py; exact only at commit d2343540a17ea3e12760983f653529621fa445f1, with no whole-system, current-after-commit, learned-quality, training-success, deployment, release, support, or chapter-core claim
Dashboard-only implementation-reference negative case	Reject implementation-reference claims that lack report/config/tool artifact surfaces or rely on dashboard prose alone.	implemented; passes via Lean negative case; no dashboard-state or report-truth claim
Missing/failing gate promotion negative case	Reject accepted capability or self-evolution promotion when required gate reports are absent or failing.	implemented; passes via Lean negative case; no gate-quality or self-evolution-safety claim
Imported report-bundle completeness negative case	Reject imported-report-bundle status when the goal contract, compiler artifact, work-board item, gate record, residual, non-claim, review note, or publication boundary is missing.	implemented; passes via Lean negative case; no report-bundle import or replay claim
Replay-readiness boundary negative case	Reject replay-ready status when command, environment notes, input boundary, artifact checksum, expected output class, or failure behavior is missing.	implemented; passes via Lean negative case; no replay execution claim
Public-safe artifact boundary negative case	Reject public artifacts that copy private payloads, claim support promotion without an accepted evidence transition, or omit non-claims.	implemented; passes via Lean negative case; no publication approval or support-state promotion
Report-bundle completeness test	Check that a public-safe bundle contains a goal contract, plan/compiler artifact, work-board item, gate record, residual, non-claim, review note, and publication boundary before being cited as imported.	implemented; passing via python3 scripts/validate_theseus_report_bundle_audit.py; repository fixture only; no live report-bundle import
Replay-readiness test	Check that replay-ready rows name command, environment, input boundary, artifact checksum, expected output class, and failure behavior.	implemented; passing via python3 scripts/validate_theseus_report_bundle_audit.py; no replay execution beyond existing ASI-side validators
Theseus report crosswalk completeness test	Import a public-safe Theseus report bundle and verify that every cited report, config, gate, residual, and missing artifact maps to a stack layer.	implemented; passing via python3 scripts/validate_theseus_report_bundle_audit.py; public-safe repository fixture only; no clean live Theseus bundle
Architecture gate mapping test	Check that each Theseus gate maps to an ASI Stack promotion, rollback, quarantine, or residual-retention decision.	implemented; passing via python3 scripts/validate_theseus_report_bundle_audit.py; finite gate-decision mapping only
Work-board improvement contract test	Check that a work-board item declares objective, gate, evidence artifact, residual, owner, and completion criterion before being treated as progress.	implemented; passing via python3 scripts/validate_theseus_report_bundle_audit.py; no current work-board import
Artifact-gap audit	Check that missing commands, environment notes, checksums, publication permissions, or private artifacts stay visible and block support movement.	implemented; passing via python3 scripts/validate_theseus_report_bundle_audit.py; 6 visible gaps block support movement
Self-evolution intervention ladder audit	Check that proposed self-evolution interventions are ordered by risk and authority and cannot skip the required review level.	implemented; passing via python3 scripts/validate_theseus_report_bundle_audit.py; finite ladder-ordering check only

The implemented rows validate fixture/schema consistency, static architecture-gate import boundaries, static generation-mode gate import boundaries, a local support replay probe over the ASI-side validators, a public-safe report-bundle audit fixture, a bounded public task-bundle summary import, its accepted no-promotion decision, one clean same-commit readiness-gate replay, and finite report-contract gates. The readiness replay is an exact YELLOW implementation observation, not a benchmark or capability result. Any stronger support movement would require a broader replay package, archived public task-bundle fixture, current work-board artifacts, environment notes, publication permissions, and a separate accepted evidence transition.

84.13.1 Formalization hooks

Tag	Module	Target	Status
lean:theseus.reference.report_contract.operational_invariant	AsiStackProofs.TheseusReference	A finite implementation-reference claim that lacks both a report and a config-or-tool reference, or relies on dashboard prose alone, is rejected.	implemented
lean:theseus.reference.gate_before_promotion.failure_blocks_promotion	AsiStackProofs.TheseusReference	A capability or self-evolution promotion is blocked when required gate reports are absent or failing.	implemented
lean:theseus.reference.report_bundle_audit.fixture_bridge	AsiStackProofs.TheseusReference	A public-safe Theseus report-bundle audit fixture is accepted only when bundle components, replay-readiness rows, crosswalk rows, gate mappings, work-board contract fields, visible artifact gaps, intervention-ladder ordering, and no-promotion boundaries are complete.	implemented

The remaining formal hooks cover three reusable boundaries: implementation-reference claims need an artifact surface, promotion needs passing gate reports, and the retained report-bundle audit enforces a bounded public bundle contract. Nine repository-import lanes remain executable evidence, not formal targets. Their validators continue to check digests, counts, redaction, negative controls, and non-promotion boundaries against immutable results. The 43 copied Lean summary theorems and their supporting mirror-only definitions were retired because they had no Lean dependencies or theorem consumers and added no fact beyond those validators.

These formal hooks do not prove report truth, clean live replay, current runtime state, model quality, benchmark superiority, capability, safety, deployment, transfer, AGI, ASI, or chapter-core support. They establish only the declared finite record and rejection consequences.

84.13.2 Formal-proof audit boundary

The module now contains eleven theorem declarations: reusable finite policy consequences for implementation-reference surfaces, gate-before-promotion, bundle completeness, replay boundaries, public-safety boundaries, and the retained report-bundle audit. The 43 repository-import summary mirrors were physically retired with nine formal targets. Their executable validators and immutable results remain available as bounded implementation evidence. This change reduces proof ceremony; it does not weaken a claimed theorem, promote support, or establish live Theseus behavior, capability, quality, safety, deployment, transfer, AGI, ASI, or SOTA.

84.14 Source crosswalk

Source ID	Title	Layer	Planned use	Readiness
project_theseus_whitepaper	Project Theseus Whitepaper	report_first_rmi_prototype	Local-first report-driven RMI implementation reference: SymLiquid, SparkStream, Octopus Router, residual escrow, self-evolution gates, Hive runtime, observability.	source note available
theseus_plan_compiler	Theseus Plan Compiler	planning_control	Goal-to-contract compiler with semantic IR DAGs, VCM context slices, executor routes, claim/evidence targets, contract hashes, and replay traces.	source note available
theseus_self_evolution_system	Theseus Self-Evolution System	recursive_self_improvement_governance	Evidence-first self-evolution lane with intervention ladder, ATTD repo-health gate, guarded teacher self-edit, architecture experiment governance, loop closure, and outcome ledger.	source note available
theseus_architecture_gate	Theseus Architecture Gate	readiness_gate_governance	Pre-training readiness gate covering ratchet completeness, router readiness, safety ledger, residual escrow, bridge benchmarks, procedural tools, routing memory, lifecycle governance, external-inference zero, the static architecture-gate import fixture, and the connected static generation-mode gate import fixture.	source note available
theseus_operator_os	Hive Operator OS and Work Board	labor_os_operator_surface	Shared command vocabulary, durable SQLite work board, node registry, background/watch/wake contracts, skill registry, tool hooks, feedback routing, and safety-visible operator surface.	source note available
theseus_circle_transfer	Theseus Circle Calculus Transfer Lane	proof_contract_transfer	Report-only bridge from Circle finite fixtures into private Theseus benchmark design with explicit quality/runtime/memory/transfer/failure-case claim boundaries.	source note available
ext_model_cards_2019	Model Cards for Model Reporting	model_reporting	External comparator for structured model reports, intended-use boundaries, evaluation disclosures, and limitation reporting.	source note available
ext_datasheets_datasets_2021	Datasheets for Datasets	dataset_documentation	External comparator for artifact provenance, input boundaries, dataset motivation, composition, collection, maintenance, and allowed-use documentation.	source note available
ext_factsheets_ai_services_2019	FactSheets for AI Services	ai_service_fact_sheets	External comparator for supplier-style AI service declarations, trust-relevant service facts, and conformity-style documentation boundaries.	source note available
ext_ml_reproducibility_program_2021	Improving Reproducibility in Machine Learning Research	ml_reproducibility_reporting	External comparator for checklists, code submission, reproducibility reports, artifact review, and reviewer-readable replay expectations.	source note available

The crosswalk keeps the reference public-safe. The whitepaper supplies the RMI/report-first frame, the plan compiler supplies goal-to-contract machinery, the self-evolution source supplies intervention-gate discipline, the architecture gate supplies readiness boundaries plus static digest-verified architecture and generation-mode imports, the operator OS supplies work-board and node-control surfaces, and the Circle transfer source supplies structural fixture non-claims. The external comparators supply reporting and reproducibility vocabulary only. None of those source notes, external comparators, or static imports is a reproduced public benchmark run.

84.14.1 Manifest source assignment reconciliation

These rows keep Project Theseus as Report-First Implementation Reference’s manifest assignments visible at their recorded review boundary. Passage review does not establish local reproduction, performance, safety, deployment, or support-state movement.

Source	Intake role	Boundary
deterministic_capability_compilation	Passage-reviewed Corben architecture source: Deterministic Capability Compilation: A Capability-Preserving Ladder from Executable Scaffolds to Governed Adaptive Agents. Corben-authored July 2026 architecture and research program for compiling executable scaffolds into contract-bound experts and linked Neural Capability Objects while retaining semantic obligation mass balance, candidate-specific translation validation, fallback, residual escrow, authority ceilings, reification, and effect-complete recovery. Existing chapters are upgraded first; no foundry implementation, learned-capability result, preservation result, safety result, SOTA result, AGI, ASI, or support-state promotion is inferred.	No local implementation, reproduction, performance, safety, deployment, support-state, or ASI result is established by this reconciliation row.

84.15 Summary

Project Theseus gives the book a concrete report-first implementation reference: pressure, residuals, plan contracts, gates, ledgers, operator work boards, checkpoints, and self-evolution governance.

The public boundary is strict. The first static architecture-gate report import shows how one readiness report can be mirrored safely, the static generation-mode import shows how a negative promotion decision can be mirrored without copying private workloads, and the public task-bundle import shows how a richer run summary can preserve 64 public BigCodeBench metadata-only tasks, 0 public training rows, 0 task-level regressions, residuals, and artifact gaps without turning calibration into capability evidence. Until clean current reports, commands, environments, and permissioned artifacts are imported or reproduced, Theseus remains a design/reference source for the ASI Stack rather than public empirical proof of capability. That caution becomes a build order: evidence infrastructure first, capability growth second, self-improvement last.

That caution is what makes the reference valuable. Theseus shows what kind of implementation evidence the stack should want, while keeping the public book honest about what it actually has. A report-first implementation can teach the architecture where pressure accumulates: incomplete gates, missing residual owners, weak replay records, unclear operator duties, and self-evolution proposals that need independent review. Those reports become design inputs, not public proof. The right next move is therefore not to boast about Theseus, but to import or reproduce only the artifacts that can be made public, mapped, validated, and bounded. That keeps the prototype roadmap disciplined.

84.16 Evidence reconciliation (2026-07-16)

The invariant protocol, field meanings, and inference limits are stated once in Living Book Methodology. This packet contains only the chapter-specific projection; its authoritative per-atom rows are the project-theseus-as-report-first-implementation-reference slice of experiments/claim_family_terminal_coverage/results/result.json.

The core remains blocked after full attempt at argument support. The strongest family attempt was Integrated governed lifecycle slices. Its exact boundary is: Bounded local replay only; no deployment, whole-book proof, external effect authority, transfer, publication, or release claim. Across 83 atoms, the terminal ledger records 83 blocked_after_full_attempt.

Chapter-specific field	Value
Family / atom denominator	CF-08 / 83 atoms
Terminal dispositions	83 blocked_after_full_attempt
Core	project-theseus-as-report-first-implementation-reference.core: blocked_after_full_attempt at argument
Core attempted / missing lanes	causal, empirical, executable, formal, source-synthesis / normative, transfer
Attempted local lanes	causal, empirical, executable, formal, source-synthesis
Missing or unproved lanes	normative, transfer
Strongest family bundle	Integrated governed lifecycle slices (end_to_end): Three versioned integrated slices, 12 cases, all ten lifecycle states, six observed effects, rollback/residual/quarantine outcomes, and an eleven-surface sealed epoch.
Negative controls	20 named boundary injections; three exact rollbacks; partial-effect residual and quarantine; 11 rejecting mutations.
Accepted transitions	none
Maximum inference	Bounded local replay only; no deployment, whole-book proof, external effect authority, transfer, publication, or release claim.
Reproduction / next burden	Replay scripts/validate_p3_integrated_slices.py and scripts/validate_claim_family_terminal_program.py; fill the named atom-specific lanes under a new prospective protocol.

84.17 Handoff

Theseus shows what report-first implementation evidence should look like, but a build program still needs dependency order and refusal points before autonomy grows. Prototype Roadmap turns the architecture into staged work. It starts with source inventory, claim ledgers, artifacts, schemas, validation, and release discipline, then adds contracts, context, jobs, adapters, routing, readiness, benchmarks, and self-improvement only after the earlier evidence machinery exists.