MentisDB profile verification
Type: agentic-system-analyses/types/agentic-system-verification.md
Verification
I judged every axis, unit assessment, positive finding and evidence basis in the profile against the handed runtime, memory, epistemic and workflow records. I resolved the seven duplicate supersessions through the handed reconciliation. The profile uses their canonical memory declarations; the extraction-schema and skill-withdrawal subroutes remain distinct. No supersession strengthens optional caller summarization into wired summarization. The empty profile answers supplied no repair argument, and no refusal was supplied.
The comparison boundary separates accumulated thoughts, uploaded skills and derived access state from compiled operating instructions, product updates and inference weights. Transient extraction, source windows and bundles are not treated as independently retained objects. Their eventual caller-admitted results remain included alternatives. Unknown diagnostic/log consumers and callback retention are not converted into evidenced absence. The profile asserts neither observed operation nor causal benefit.
| Axis | Support and coverage judgment |
|---|---|
| Storage substrate | Files and loaded thought collections follow MEM-OBJ-thought-content and RT-OBJ-thought. File-backed uploaded versions follow RT-OBJ-skill-registry. Vector, graph, file and in-memory witnesses follow MEM-OBJ-embedding-vector, MEM-OBJ-retrieval-state and MEM-RTE-derived-update. Saved Markdown is only afforded; optional diagnostic files are wired. Custom adapters and backend/log detail keep coverage partial. The grouped derivative unit has the granularity limit below. |
| Representational form | Prose at interpreters, localized envelope/index rules and dense vectors at numerical consumers are correctly distinguished by MEM-OBJ-thought-content, MEM-OBJ-skill-body, MEM-OBJ-retrieval-state and MEM-OBJ-embedding-vector. Parametric describes retained embeddings, not weight updates. The saved Markdown unit explicitly retains both parser-facing structure and prose. Arbitrary payloads and uninspected diagnostic/log consumption prevent complete form coverage. |
| Lineage | Authored statements and handoffs, imported Markdown/copied state/raw turns, and compiled vectors/indexes/reconstructed patches have separate derivation witnesses in WF-RTE-session-continuation, MEM-RTE-markdown-exchange, MEM-RTE-retrieval-evaluation, MEM-RTE-derived-update and MEM-OBJ-skill-body. Caller distillation is afforded trace extraction under MEM-RTE-summary-selection. Unresolved original skill, extraction and mixed-input provenance is preserved independently of known compilation. |
| Behavioral authority | RT-BAP-retained-context supports knowledge/instruction delivery, not obedience. MEM-RTE-derived-update and MEM-RTE-bundle-read support ranking at fixed-code consumers. MEM-RTE-correction-update supports a bounded retrieval veto; this is not a candidate-admission validation criterion. Reference/hash checks in RT-RTE-memory-roundtrip and WF-RTE-session-continuation support both structural validation and enforcement. Stored coverage in MEM-RTE-summary-selection routes future source-window work. Trace-fed derivative production supports a separate learning effect at the update consumer; skill status handling remains unresolved under EPI-RTE-skill-withdrawal. |
| Write agency | Automatic per-message/per-turn admission and computational derivative/supersession admission are supported by RT-RTE-memory-roundtrip, MEM-RTE-retrieval-evaluation, MEM-RTE-derived-update and MEM-RTE-correction-update. Initiating or configuring them is not per-content approval. Other caller-controlled writes remain not-determinable, consistent with RT-RTE-skill-admission and RT-RTE-state-maintenance. No manual value is inferred from UI, CLI or attribution. |
| Curation operations | MEM-RTE-correction-update supports withdrawal with retained history and lexical near-duplicate removal from current reliance. RT-RTE-skill-admission and EPI-RTE-skill-withdrawal support version evolution and advisory retirement. Explicit forgetting is decay under the supplied definition, supported by MEM-RTE-chain-withdrawal and skill deletion. Consolidation is only afforded under MEM-RTE-summary-selection. Unknown substantive transformations keep the inventory partial; index rebuilding does not become curation. |
| Read-back direction | Requested context, bundles, Markdown and version reads are pull under RT-RTE-memory-roundtrip, MEM-RTE-bundle-read, MEM-RTE-markdown-exchange and RT-RTE-skill-admission. Internal ancestor expansion and formatting fulfill those requests. MEM-RTE-webhook-delivery establishes current-event push, not historical read-back. Uninspected later diagnostic/log/callback consumers preserve partial coverage. |
| Read-back signal | The assessed pull units are locally inapplicable. No positive push-selection value follows from requested identifiers, query ranking or current-event webhook matching. Unresolved later consumers in MEM-OBJ-retrieval-state, MEM-RTE-retrieval-evaluation and MEM-RTE-webhook-delivery justify axis uninspected rather than axis inapplicable or absent. |
| Trace learning | The positive wired branch is raw conversational content → automatic durable vector/neighbor derivative → later retrieval consumer, established jointly by MEM-OBJ-thought-content, RT-RTE-memory-roundtrip, MEM-OBJ-embedding-vector and MEM-RTE-derived-update. This meets the automatic trace-fed durable behavior-shaping test without requiring semantic novelty, parameter training or demonstrated improvement. Raw storage alone would not suffice. Unresolved semantic updates and diagnostic consumers prevent complete coverage; no unsupported local or system-wide no is emitted. |
| Trace source | Recorded user/assistant turns support session-logs on that qualifying numerical derivative, through MEM-RTE-retrieval-evaluation, MEM-OBJ-thought-content and MEM-RTE-derived-update. Summary/FactLearned labels do not alter origin. Other text, tags and agent metadata retain unresolved origins; neither event-streams nor tool-traces nor trajectories follows from an append-event envelope. The partial assessment preserves those alternatives. |
The retained records distinguish implementation from semantic quality and operation. In particular, numerical retrieval-state production qualifies under the profile's trace-learning definition even though the memory report declines to establish learned task capacity. These are different claims, not an unresolved conflict. Likewise, revocation can invalidate intended reliance without enforcing nonexecution, and raw messages labelled Summary do not establish consolidation. The profile preserves these qualifications.
Source-read log: none. No ambiguity required inspection beyond the supplied records. I found no unsupported emitted comparison value, unjustified absence or false system-complete coverage. The remaining granularity issue does not change the supported existence findings.
Blockers
none
Limits
- The profile's storage-substrate unit “Managed vectors, retrieval indexes and semantic-neighbor overlay” groups distinct operative retained parts rather than providing a separate substrate unit for each. MEM-OBJ-embedding-vector, MEM-OBJ-retrieval-state and MEM-RTE-derived-update distinguish dense sidecars, rebuilt indexes and persisted overlays, with incompletely inspected HNSW/WAL detail. The profile retains that grouped unit as partial and gives each positive its local warrant, so the file/vector/graph/in-memory existence conclusions remain valid. Consumers should withhold per-part substrate counts, exact co-location comparisons and complete backend inventories; the group does not establish that every derivative occupies every listed substrate.