AI Agents in Depth profile verification

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

Verification

I checked all ten axes in the handed profile for supported values, evidence bases, natural units and inventory coverage. I also checked its correction answer against the preceding verification and the changed unit and dependent rationale. Reconciliation establishes no supersessions or unresolved cross-report conflicts; the context container and its epistemic parts remain valid distinct records. No source files were read, no quotations were added and no new evidence was introduced.

Every axis remains partial. The included uninspected suite alternatives, opaque remote state, unresolved initial provenance and generic caller control prevent complete-value comparisons. These qualifications are preserved in the extracted units, not merely in prose. Faithfully scoped uncertainty does not constitute an additional verification limit.

• Storage substrate: MEM-OBJ-memory-note, MEM-OBJ-memory-cards, MEM-OBJ-categories, MEM-OBJ-conversation-turn and MEM-OBJ-memory-states support local in-memory and file substrates. RT-OBJ-conversation-history supports live in-memory retention. Candidate files and in-memory feedback have the bounded consumers recorded in RT-RTE-policy-candidate. Optional Dify substrate remains unresolved through MEM-RTE-history-search; semantic-search parameters do not establish vector storage.
• Representational form: The grouped units identify the operative text and symbolic parts and distinguish their consumption paths. Model-interpreted facts, dialogue and backstory do not become executable rules through JSON encoding. EPI-OBJ-pdf-result, EPI-OBJ-currency-result and EPI-OBJ-final-answer preserve the history container's material distinctions. RT-BAP-candidate-policy supports symbolic compiled policy at evaluation, not parametric accumulated memory.
• Lineage: MEM-RTE-trace-maintenance and MEM-RTE-sequential-campaign support trace extraction. MEM-RTE-offline-maintenance supports explicit content authoring and deterministic consolidation. EPI-RTE-pdf-import supports imported assertions; EPI-RTE-currency-conversion supports computed observations. Known later paths do not resolve preexisting files, generic direct inputs, original fixture authorship or opaque embeddings, which retain separate uncertain units.
• Behavioral authority: MEM-BAP-memory-context supports knowledge at answering and analysis consumers. MEM-RTE-trace-maintenance and MEM-RTE-sequential-campaign support learning authority at automatic update consumers separately from downstream context. MEM-BAP-campaign-state and the campaign route support routing, signature validation and enforced resume rejection at the host. Maintenance identifiers and selectors retain their local routing scope. RT-BAP-candidate-policy confines executable candidate enforcement to evaluation. None of these findings establishes factual warrant, reliable model compliance, improved capacity or live stable deployment.
• Write agency: Automatic extraction, JSON state admission, raw recording, context append and candidate retention are separated from explicit human CLI content editing in MEM-RTE-trace-maintenance, MEM-RTE-sequential-campaign, MEM-RTE-offline-maintenance, RT-RTE-context-task and RT-RTE-policy-candidate. Launch approval does not convert subsequent software admissions into manual writes. Initial and generic direct-helper admissions remain unresolved.
• Curation operations: Standing-fact extraction supports consolidation; normalized-equality merging, newest-version reduction, eviction and addressed replacement support the local dedup, consolidate, decay and evolve findings in MEM-RTE-offline-maintenance and MEM-RTE-trace-maintenance. Arbitrary sequential replacement does not establish every requested semantic operation. The corrected retry-policy unit now has no positive finding and is not-determinable: RT-OBJ-retry-policy and RT-RTE-policy-candidate establish candidate creation from excluded static stable source, not revision of an existing accumulated candidate. Its rationale preserves this distinction. The predecessor's unsupported evolve witness has been removed without removing supported interactive evolve or candidate trace learning; that blocker is resolved.
• Read-back direction: MEM-RTE-conversation-reload, MEM-RTE-trace-maintenance, RT-RTE-context-task and MEM-RTE-sequential-campaign support automatic retained-context supply. Explicit CLI query/show in MEM-RTE-offline-maintenance is pull, including its requested return. Rejected feedback is pushed to the later coding invocation in RT-RTE-policy-candidate. The unspecified search consumer in MEM-RTE-history-search remains unresolved rather than being promoted from capability to an end-to-end route.
• Read-back signal: Whole-store, tail-window and mode-based supply support coarse selection. Active-session matching, processed-turn membership and stored-call purpose matching support identifier selection through MEM-RTE-conversation-reload, MEM-RTE-trace-maintenance and MEM-RTE-sequential-campaign. Each finding identifies selected retained parts. Candidate hashes are not promoted into match selectors. The CLI pull-only unit's inapplicability does not propagate to the mixed or unresolved branches.
• Trace learning: MEM-RTE-trace-maintenance with MEM-RTE-conversation-reload, and MEM-RTE-sequential-campaign, support automatic trace-fed durable context production and later consumption. RT-RTE-policy-candidate and RT-BAP-candidate-policy support durable behavior-shaping candidate production and later evaluator consumption without installed stable operation. Structural yes does not establish benefit or exercised self-improvement. Raw context logging is not treated as a qualifying derived update or an evidenced no.
• Trace source: User-memory and sequential writes consume conversational session records, supporting session-logs through MEM-OBJ-conversation-turn, MEM-RTE-trace-maintenance and MEM-RTE-sequential-campaign. RT-RTE-policy-candidate, refined by the workflow handoff, supports supplied failure trajectories and evaluator tool-trace feedback. Synthetic provenance bounds operational conclusions without changing those content-origin classifications. Unresolved qualifying writes remain unresolved for trace source rather than becoming inapplicable.

All positive bases remain wired. The profile neither upgrades implementation to observed or causal evidence nor uses one known witness to resolve an opaque alternative. The correction and remaining scoped findings support publication as a partial comparison, not a suite-complete mechanism inventory.

Blockers

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Limits

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