ai-memex-cli profile verification

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

Verification

I checked all ten axes in the memory profile against the handed runtime, memory, epistemic and workflow accounts. The handed reconciliation establishes no supersessions; the narrower operative parts remain valid alongside their containers. Classification concerns the local accumulated memory and its access structures, not external model/provider state, qmd internals or unchanged shipped instructions. No source read was needed, and no new source evidence or record is introduced here.

  • Storage and form: The files finding follows the locations of the retained artifacts, while the recomputed access index separately supports in-memory storage. Prose at interpreting consumers is separated from fields used by fixed selectors, parsers and checkers. Grouping parts with the same classification and resolved coverage does not hide an opaque included substrate or numerical payload. The key mixed parts are MEM-OBJ-page-metadata, MEM-OBJ-session-markdown, MEM-OBJ-wiki-schema and MEM-OBJ-host-bootstrap. The known assessments concern architectural storage and consumption forms, not whether a particular generated artifact exists in an unsupplied user vault.
  • Lineage: Imported raw content, mechanically trace-extracted sessions, delegated trace-derived notes, authored wiki content and code-generated projections have distinct derivation warrants. The partial assessment preserves unknown initial scene-manifest creation and unresolved source composition of open model writes. Known generated paths do not purport to settle every subsequent edit's origin. See MEM-OBJ-raw, EPI-RTE-session-render, MEM-OBJ-scene-manifest and MEM-OBJ-local-projection.
  • Behavioral authority: The units distinguish knowledge at interpreting consumers, instruction in later schema/host guidance, metadata ranking, include/registry routing, retained-ID validation and session experience at the schema-update consumer. Validation is not incorrectly promoted to an enforced veto on wiki admission. Learning authority at the update consumer is kept separate from instruction authority of the resulting note. Open output effects remain unresolved rather than being treated as absent. These distinctions follow MEM-OBJ-page-metadata, MEM-OBJ-context-registry, EPI-RTE-mechanical-check, RT-RTE-session-distill and RT-BAP-schema-prompt.
  • Write agency: Software/model admission is not confused with a human starting the workflow or with physical file I/O. Interactive source selection and the explicitly requested foreground save remain local manual alternatives; yes-all capture and durability-based model saving are separately automatic. Unknown generic caller control and manifest initialization remain unresolved. The conflicting saving protocols do not establish a universal approval gate. See RT-RTE-capture-source, RT-RTE-ingest-write and MEM-RTE-query-save.
  • Curation: Requested session consolidation, existing-page revision and duplicate treatment retain claimed bases. Fixed host-digest selection and description compression independently support wired consolidation. Unseen semantic output and a synthesis page label do not establish a new-claim transformation. The partial inventory therefore does not assert complete transformation coverage or absence of other operations. See MEM-OBJ-session-markdown, RT-RTE-semantic-lint, MEM-OBJ-host-bootstrap and EPI-CLM-synthetic-pages.
  • Read-back direction and signal: Requested search, injection, projection and page reads support pull. Schema/catalog preselection for a new child and after-clean persistent host supply independently support push; requested returns are not counted again as push. Coarse standing-context/digest selection is separated from bound-scene identity matching that selects manifest guidance. Registry destination keys are not misclassified as page-payload matching. The recorded loss of scene bindings limits persistence of targeting, not the initial selection path. See RT-RTE-context-delivery, RT-RTE-ingest-write, MEM-OBJ-scene-manifest and MEM-OBJ-context-registry. These known assessments describe the scoped delivery mechanisms, not observed external host loading.
  • Trace learning and source: The automatic session-to-schema-note-to-later-prompt chain supports a wired positive independently of observed improvement. Delegated retained summaries with later maintenance/answering consumers also meet the profile definition; mechanical transcript rendering alone is not used as proof of learning. Original conversational turns support session-logs, and the surviving/selected tool-derived content supports the bounded tool-traces finding, without claiming preservation of every argument or nested result. Open inputs and other possible qualifying writes remain partial or not-determinable. No event-stream or trajectory source is inferred from timestamps or action-log persistence. See MEM-OBJ-session-markdown, RT-RTE-session-distill, MEM-OBJ-wiki-schema and RT-BAP-schema-prompt.

The profile preserves the consequential distinctions between implemented delivery, requested model behavior and observed activation. In particular, clean structural lint does not accept factual content or guarantee host refresh, as established by EPI-RTE-loop-disposition and the workflow's delivery account. Its partial axes express the remaining uncertainty locally; missing real outputs and host traces do not invalidate architectural findings. I found no unsupported comparison value, materially misleading coverage assertion or unresolved defect requiring a publication limit.

Blockers

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Limits

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