Enoch report verification

Type: agentic-system-analyses/types/agentic-system-verification.md

Verification

The five submitted members support a bounded, source-grounded account. No material blocker was found. The structural report-check says none; all four correction-answer inputs are empty. Neither supplies evidence of semantic correctness. I independently read the reports and reconciliation, assessed every declaration's referent, evidence layer, status and qualifications, and traced the consequential producer/check/consumer chains in SRC-1. The checkout HEAD equals the registered revision, and its working tree is clean. No target, test, example, provider or service was executed.

Runtime and workflow

Direct inspection of SRC-1 src/enoch/app/conversation.py and src/enoch/app/core.py confirms the bounded action loop, durable planned/running/done state, uncertain interrupted-action return, locked-conversation admission and reuse of ordinary handlers. RT-RTE-chat-actions, RT-OBJ-conversation-journal and RT-CLM-merge-authorization correctly distinguish receipts and executable admission from semantic human approval. The retained policy does not become an authenticated human decision merely because a handler records a human actor.

The new-change branch in SRC-1 src/enoch/app/task_workflow.py, the runner in src/enoch/app/core.py, and the repair and receipt predicates in src/enoch/app/validation_repair.py and src/enoch/app/review_publication.py support RT-RTE-task-work and WF-RTE-review-handoff. I checked no-change completion, bounded repair, permanent validation failure, changed-path capture, clean captured-copy verification, required remote receipts, publication resume, terminal state and notification. The reports preserve the early maintenance/existing-branch alternatives and stored-result completion branches. Thus their ordinary doctor gate does not misleadingly imply fresh validation on every completion. A captured revision, delivered review, landed review and running update remain distinct.

SRC-1 src/enoch/operations/updater.py supports clean/ancestry admission, fresh post-change doctor and attempted rollback in RT-RTE-software-update. Its already-current return is separate from post-change validation. Capability code in src/enoch/providers/authorization.py, epoch fencing in src/enoch/app/effects.py, and extension loading in src/enoch/extensions/registry.py support the limited guarantees in RT-BAP-capability-policy and RT-RTE-extension-loading: covered calls are mediated, not arbitrary Python or provider-native effects. The Codex and Claude components retain justified uncertainty about external weights and exact versions. Inspection of src/enoch/brain.py and libraries/claude/src/our_ark_claude/core.py confirms distinct adapter controls and recovery behavior, not equivalent confinement or transcript continuity.

Memory and epistemic routes

SRC-1 src/enoch/memory/store.py, src/enoch/memory/prompt.py, src/enoch/memory/config.py, src/enoch/memory/paths.py and src/enoch/agent_identity.py support the fact, metadata and identity distinctions. MEM-RTE-memory-admission, MEM-RTE-startup-context and EPI-RTE-memory-store accurately separate model authorship, explicit/high defaults, lexical/schema admission, clipping, normalized-text merge and later confidence/date/budget selection. Source references and confidence are not delivered in the fact display. The warning is requested descriptive use, not enforced model priority. EPI-RTE-memory-withdrawal describes store deletion, not system-wide erasure.

I followed startup and failed-resume consumers in SRC-1 src/enoch/brain.py, src/enoch/codex_sessions.py, the Claude adapter and the application. MEM-OBJ-codex-sessions is access metadata; MEM-OBJ-native-context remains opaque. Two injection layers, selective task briefs and direct activity-sync calls are supported. The sync helper discards its return and lacks application startup bookkeeping. MEM-RTE-task-snapshot and MEM-RTE-activity-sync do not claim faithful summaries or demonstrated later recall.

Direct tracing of SRC-1 src/enoch/logs.py, src/enoch/tasks/events.py, src/enoch/evolution/evidence.py, src/enoch/evolution/core.py and src/enoch/evolution/curation.py confirms raw traces → selected/redacted input → model signals → reference/schema admission → retained candidates → recommendation or approved task context. MEM-RTE-evidence-update, EPI-RTE-evidence-scan and EPI-RTE-evidence-synthesis preserve the difference between known references and factual support. The 5,000-event reader qualifies complete-history language. Signal confidence and the explicit bonus are ranking inputs, not calibrated warrant.

For MEM-RTE-candidate-curation, EPI-RTE-candidate-curation and EPI-RTE-candidate-removal, I checked latest-terminal selection, completion-authority classification, evidence-reference membership, resolution predicates, deterministic fallback, explicit removal and automatic source retirement. The reports correctly preserve an evidence-consuming resolution gate without elevating it to proof of candidate-specific resolution. Recommendations do not themselves remove candidates; removal does not roll back deployed code.

SRC-1 src/enoch/learn.py, src/enoch/lineage/assessment.py, src/enoch/lineage/lifecycle.py and application callers support published-skill candidate admission, advisory lineage applicability and stored adoption after a completed task and landed-review receipt. MEM-RTE-skill-assessment distinguishes admin display from chat assessment. The lineage annotation extends a supplied local unknown rather than contradicting it. SRC-1 src/enoch/automatic_learning.py and the completed-task caller confirm the function/caller distinction in EPI-RTE-learning-artifact: the recorder tests skill-path presence, while the application calls it after completed status. Neither proves successful skill acquisition. The indeterminate semantic classifications are appropriately separate from implemented structural transformations and acquisition.

I checked all Part of: relations against their route endpoints. The declared task-input/publication and evolution subroutes are contained segments; startup supply, activity sync and cross-route status updates retain distinct identities. The four supersessions in reconciliation identify the same signals, curations, artifacts and skill-assessment progression. They do not replace epistemic findings with stronger memory statuses. The remaining containers and operative parts are valid alongside one another. All integration issues receive a disposition. The apparent lineage, artifact-success and activity-sync differences concern inspection or function boundaries, not incompatible findings; no unresolved source conflict was found.

Omission questions were selected from the frozen root tree, shipped caller searches and producer/consumer dependencies:

  • Could another fact writer, installed identity API, adapter or sync caller invalidate ordinary admission or continuity? Scoped searches of SRC-1 src/ and libraries/, followed by the store, identity, adapter and application reads, confirm the reported alternate capabilities and recovery differences. The reports already avoid a universal admission or continuity guarantee.
  • Could proposal scheduling, source retirement or promotion bookkeeping turn advisory proposals into automatic deployment or semantically verified resolution? Scheduler, approval, retirement and completion-consumer reads preserve the reported separation. A further bounded read of SRC-1 src/enoch/evolution/events.py checked promotion/adoption field admission; it does not establish external verification or deployed equivalence. The producer-side limit below remains.
  • Could shipped teaching, visual or conformance paths overturn the epistemic negative? Tree and scoped source searches covered src/enoch/skills/, src/enoch/conformance/ and libraries/telegram-vision/; direct reading of src/enoch/skills/teach/SKILL.md gives descendant-inspection doctrine, not an independently established live consumer. Remaining visual and conformance paths are not fully traced. The epistemic report explicitly withholds a system-complete negative, so those alternatives do not contradict its selected positive routes.
  • Could migration preserve native transcript context despite the reported distinction? Direct portable-file selection and activation reads in SRC-1 src/enoch/migration.py support RT-RTE-host-migration and its memory annotation. Complete import and subsequent context equivalence remain unestablished.

Further optional expansion stopped because each selected challenge has a supported bounded disposition or the explicit local limit below. The remaining account does not assert exhaustive inventories, absence of uninspected mechanisms, successful operation, causal improvement or global theory-builder incapacity. Additional available files alone do not justify an exhaustive audit.

Blockers

none

Limits

  • Completion-authority provenance remains incomplete: MEM-OBJ-completion-evidence, MEM-RTE-candidate-curation and EPI-RTE-candidate-curation establish consumer-side predicates over task and promotion journals, not a complete independently verified promotion/deployment chain. Withhold comparisons about the reliability of authoritative-body labels or proof that a cited change resolved the candidate. The implemented reference/authority gate and advisory recommendation remain supported.
  • Refresh, withdrawal and transfer coverage is partial: MEM-RTE-task-snapshot, MEM-OBJ-lineage-inbox and RT-RTE-host-migration do not fully trace scheduled-context refresh, lineage discovery/source-change invalidation or migration import/rollback. Withhold complete stale-context withdrawal and cross-host context-equivalence comparisons. Selected brief delivery, inspected lineage assessment/adoption predicates and portable-file selection remain supported.
  • The epistemic route inventory is selective: the source-and-claim boundary leaves visual interpretation, broader identity maintenance, conformance and remaining library-specific semantic operations incompletely assessed; RT-RTE-extension-loading also leaves installed callback behavior unknown. Withhold system-complete knowledge-production, acceptance, evaluator and enforcement comparisons. The inspected memory, evidence, assessment, validation and disposition routes remain valid; this limit does not establish absent behavior in the unassessed paths.