REM profile verification

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

Verification

I checked all ten axes in the memory profile, including every unit's scope, assessment, positive values and evidence basis. The comparison covers accumulated episode content and derived access state, conditional semantic representations, proposed writes and later read routes. It does not substitute provider weights, static prompts, authentication or benchmark reports for accumulated memory. No source reads were needed; this judgment uses the handed records and reconciliation, not target execution.

The reconciliation's raw-content and parse-field supersessions resolve to MEM-OBJ-raw-content and MEM-OBJ-episode-interpretation. The profile uses those canonical identities. Candidate facts, attached lineage, intended SQL state and retrieved payload remain distinct; none is assumed to prove another's provenance or persistence.

  • Storage substrate: The known inventory is supported. SQL episode parts, Qdrant vectors, Redis embedding cache and Neo4j topology have separately identified substrates. Semantic SQL/vector/graph findings remain afforded rather than credited as the worker's completed durable writes. Unknown population does not make a declared storage representation unknown. See MEM-OBJ-memory-vector, MEM-OBJ-memory-graph, MEM-OBJ-semantic-control and RT-RTE-episode-write.
  • Representational form: Natural-language content, localized symbolic fields/topology and dense numerical representations have supported, differentiated findings. The grouped semantic unit identifies which parts support each form; it does not classify the whole mixed representation from its readable fact display. Parametric here describes distributed numerical encoding, not local training. See MEM-OBJ-memory-vector, MEM-OBJ-semantic-lineage, MEM-OBJ-semantic-control and RT-OBJ-episode.
  • Lineage: Imported host exchanges, authored synthetic examples, trace-extracted interpretation and other-compiled defaults/access structures retain their own producer and derivation warrants. Generic caller origin and initial semantic population remain unresolved, making the axis partial. Claimed semantic trace extraction does not identify a retrieved instance with a candidate. See MEM-OBJ-raw-content, MEM-OBJ-episode-interpretation, MEM-OBJ-semantic-lineage and EPI-OBJ-semantic-result.
  • Behavioral authority: The profile distinguishes knowledge at context consumers, learning at automatic artifact-update consumers, ranking from retained vectors/counts/recency, and routing from temporal topology and maintenance grouping. Conditional server consumption is not successful adapter delivery. Unknown prior semantic update consumers keep coverage partial; confidence, unused lifecycle fields and system-prompt placement do not acquire validation, enforcement or instruction authority by implication. See RT-RTE-context-retrieve, RT-BAP-context-injection, MEM-OBJ-retrieval-count, MEM-OBJ-memory-graph and RT-RTE-worker-consolidation.
  • Write agency: Automatic admission is supported at software/model-controlled mechanisms, separately from original authorship and workflow launch. Generic content supply and administrative semantic population remain not determinable. The afforded semantic admission finding names the missing durable endpoint instead of claiming a completed write. See RT-RTE-episode-write, RT-RTE-host-integration, RT-RTE-worker-consolidation and MEM-OBJ-semantic-control.
  • Curation operations: Recency downweighting supports wired decay, and count-fed salience supports wired promotion. Consolidation, semantic evolution and forgetting claims retain design-level bases rather than inheriting those wired witnesses. Unknown model outputs do not establish synthesis; unused flags and attempted resets do not establish invalidation. The partial inventory preserves those distinctions. See RT-RTE-context-retrieve, EPI-RTE-retrieval-feedback, EPI-RTE-pattern-extraction, EPI-CLM-recursive-memory and MEM-ABS-memory-withdrawal.
  • Read-back direction and signal: The known pull inventory covers query return, SQL list/get, maintenance fetch and internal cache/counter reuse. Selection within a requested return is not another push. The signal axis is therefore inapplicable over this assessed inventory, not an unsupported absence of all possible external delivery. Missing semantic write-back and unknown initial population do not create an unresolved shipped read direction. See RT-RTE-context-retrieve, MEM-RTE-memory-listing, RT-RTE-worker-consolidation and MEM-OBJ-memory-vector.
  • Trace learning: Wired positives identify automatic session-fed metadata/vector writes and retrieval-event-fed count updates, each with durable state and a later selector consumer. They establish neither improved capacity nor successful host prompt delivery. The local negative for shipped candidate-to-semantic-retention paths is bounded by missing endpoints and nonretaining computations. The claimed future loop and unknown input/population branches remain separate. See MEM-OBJ-episode-interpretation, MEM-OBJ-memory-vector, EPI-RTE-retrieval-feedback, RT-ABS-writeback-routes, RT-RTE-direct-consolidation and EPI-RTE-compressor-helper.
  • Trace source: Session logs describe the adapters' recorded conversational turns; event streams describe discrete retrieval activity feeding count updates. Neither wrapper labels nor synthetic episode serialization supply extra source values. Unknown generic origin remains unresolved, and inapplicability is local to the bounded nonretaining semantic branch, not extended over the positive routes. See RT-RTE-host-integration, MEM-OBJ-raw-content, EPI-RTE-retrieval-feedback and RT-ABS-writeback-routes.

I checked the consequential route distinctions against the corrected records: a server-built context string is not delivery through the SDK; direct lowercase candidate computation is not semantic persistence; count adaptation is not demonstrated improvement; schema fields are not operative withdrawal. The workflow account, RT-RTE-context-retrieve and MEM-OBJ-semantic-control support these qualifications. No conflicting accepted position requires a separate limitation. Grouped units retain the part-specific values and bases needed for comparison; no material unsupported value or false complete-coverage assessment was found. The profile already expresses the remaining uncertainty locally. No observed or causal basis is asserted.

Blockers

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Limits

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