Meta-n profile verification

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

Verification

I checked all ten axes of the memory profile against the handed analyst records and annotations, using the supplied reconciliation to resolve superseded declarations. The Python/bash helper parts, summary object and compaction route use their canonical memory declarations. The executable preprocessing producer remains distinct from its emitted prose. No target source was read and no new evidence or replacement classification was introduced. The supplied profile answers are empty; no refusal was supplied.

  • Storage substrate and representational form: MEM-OBJ-trace, MEM-OBJ-checkpoint, MEM-OBJ-python-library, MEM-OBJ-bash-library and MEM-OBJ-prior-summary support the local file/in-memory findings. The form units distinguish executable/control material from interpreted text and distinguish EPI-OBJ-additional-context from its retained producer. Shared substrate or form warrants allow the grouped objects; opaque logs, caches and analytical embeddings are not classified from readable displays. No provider-weight or vector finding is inferred.
  • Lineage: RT-RTE-chain-admission, MEM-RTE-context-compaction, RT-RTE-frozen-routing and MEM-OBJ-checkpoint support the named trace derivation, authorship and software compilation paths. MEM-RTE-seed-import supports import while retaining unresolved upstream provenance. These paths do not establish semantic fidelity, novelty or complete lineage coverage.
  • Behavioral authority: The units identify actual consumers rather than equating execution with a universal enforcement value. MEM-RTE-omega-context supports context/advice and the experience-fed intervention update; MEM-OBJ-trace supports ranking; MEM-RTE-archive-resume supports the retained bars' validation and veto; MEM-OBJ-checkpoint and RT-OBJ-task-solution-map support routing. Guidance, summary context and diagnostics have separately scoped consumers. The executable-content uncertainty does not erase known map dispatch. The local inventory omission identified below does not change the emitted authority union.
  • Write agency: RT-RTE-chain-admission, RT-RTE-within-refine, RT-RTE-downstream-repair and MEM-RTE-context-compaction support automatic admission without per-content human decisions. MEM-RTE-seed-import supports manual content supply by explicit operator selection of the seed file; neither unknown authorship nor lack of function-by-function review defeats that finding. Grouped automatic mechanisms share the stated control and coverage.
  • Curation operations: The records support consolidation of conversation and winner selection, revision through overrides/repair, withdrawal of live verification status, and increased winner salience. The profile preserves the difference between a new candidate's organization and unchanged historical candidates. RT-RTE-helper-verification bounds the verification-status finding; it does not establish authenticated helper execution. Unsupplied generated semantics remain indeterminate rather than establishing synthesis. Request-budget eviction is not treated as durable decay.
  • Read-back direction and signal: MEM-RTE-omega-context, MEM-RTE-archive-resume, MEM-RTE-test-readback and MEM-RTE-postrun-analysis support requested delivery. RT-BAP-prompt-guidance and MEM-RTE-context-compaction support automatic coarse supply. RT-OBJ-task-solution-map supports an actual task-ID match selecting supplied source, not merely an identifier on a requested file. Local pull signal units are inapplicable without making unresolved alternatives axis-wide inapplicable.
  • Trace learning and trace source: Trace-fed generation/repair, summary replacement and frozen winner compilation have automatic writes, retained behavior-shaping outputs and later consumers. Their wired positive findings do not require measured improvement or changed model weights. MEM-OBJ-trace and the repair routes support execution-feedback origin; RT-RTE-agentic-loop and MEM-RTE-context-compaction support conversational turns with embedded execution feedback. Neither timestamps nor serialization establish event streams or linked trajectories. Seed provenance and opaque alternatives remain unresolved rather than supplying a negative.

All axes retain positive witnesses alongside unresolved included alternatives and use partial axis coverage. No emitted finding claims observed operation or causal support. The broad unresolved SDK/cache/diagnostic units are coarse but explicitly prevent complete inventories; their presence does not license additional positive values or absence claims. The current records agree on archive-enabled reachability and conditional helper-stamp provenance. The profile does not inherit the earlier formulations as active conflicts. Missing runs limit benefit and exercised reliance, not the inspected wiring. No unsupported emitted value or materially false complete-coverage assertion was established.

Blockers

none

Limits

  • The partial behavioral-authority inventory does not separately classify retained conversation at the automatic summary-update consumer or retained evaluated winners at the automatic map-compilation consumer. MEM-RTE-context-compaction and RT-RTE-frozen-routing establish those trace-fed writes and later behavior-shaping consumers; the memory profile recognizes both under trace learning but records only the summary's downstream knowledge force and the map's downstream routing force. The existing learning finding at Ω remains supported and the system-level positive union is unchanged. Withhold complete consumer-by-consumer learning-authority comparisons for these two update paths; this local omission is publishable within the already partial authority axis, not evidence that these paths lack learning authority.