TheKnowledge profile verification

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

Verification

Checked all ten axes of the profile against the complete handed reports and their annotations, applying the supplied reconciliation's source-text and correction-route supersessions. The profile uses the canonical raw object and memory correction route. No frozen target source was read, no new evidence or quotation was introduced, and no implementation finding was treated as observed operation.

The comparison boundary covers accumulated content, access structures, feedback, recovery and remote retained state, with requested checkpoints and opaque alternatives retained. Static shipped instructions and unchanged inference weights are appropriately excluded. Nine axes are partial; trace source is not-determinable. These assessments do not assert complete system coverage or evidenced absence. Local known findings describe their named parts at the stated evidence layer, not deployment or successful operation.

  • Storage substrate: Files, Git history, SQLite/vector stores, reusable process cache and provider-held notebook state are supported by MEM-OBJ-raw, MEM-OBJ-section-vectors, RT-RTE-deposit-commit and RT-RTE-research-query. Requested checkpoint file/commit retention remains claimed. Grouped local stores do not resolve opaque provider or uninspected alternative storage.
  • Representational form: Prose, fixed-rule fields, neural dense representations and lexical features remain distinct consumption paths. MEM-OBJ-search-index and MEM-OBJ-section-vectors support the symbolic/parametric distinction. MEM-OBJ-artifact warrants withholding a form for opaque payload consumption rather than inheriting the wrapper's form. Grouped textual parts preserve the weaker checkpoint basis.
  • Lineage: Imported sources/provider outputs, authored pages, compiled selectors/skills and extracted feedback have scoped support in MEM-OBJ-raw, MEM-OBJ-wiki, MEM-OBJ-examples and RT-RTE-skill-emission. Known subsequent derivations do not resolve initial vault, legacy example or encoder provenance.
  • Behavioral authority: The profile identifies knowledge at prose consumers, ranking at selectors, instruction at filter/host consumers, learning at candidate updates and routing/validation/enforcement at program consumers. MEM-BAP-example-calibration, RT-RTE-policy-distillation, RT-OBJ-intent, MEM-RTE-demand-feedback and MEM-RTE-corpus-recovery support these effects. Candidate-update learning force does not imply live installation or improved capacity. The diagnostic route omission is retained under Limits.
  • Write agency: Software/model admission is automatic on the inspected routes independently of who starts them. RT-RTE-ingest-authorship and its workflow qualification retain the independent effect of model-returned draft metadata. Neither caller flag omission nor application success establishes strict admission. Generic caller identity does not support manual content control; checkpoint agent admission remains requested rather than completed.
  • Curation operations: Deduplication, entry revision, digest/skill consolidation, draft promotion, deletion and bounded annotation invalidation have local warrants in RT-RTE-deposit-commit, MEM-RTE-local-amendments, MEM-RTE-digest-authoring, RT-RTE-skill-emission, RT-RTE-draft-finalization and EPI-RTE-resolution-revert. No novel-claim synthesis is inferred from a filename or model generation. MEM-RTE-source-maintenance supports uncertainty rather than universal withdrawal from retraction metadata.
  • Read-back direction: Requested retrieve/neighborhood/notebook returns are pull. Automatic selection and supply to a distinct plan, filter or evaluator model consumer are push. RT-RTE-retrieve-answer, MEM-RTE-neighborhood-fetch, RT-RTE-ingest-authorship and MEM-RTE-evaluation-retention support these chain distinctions. Host discovery and checkpoint reread retain their weaker warrants and unresolved alternatives.
  • Read-back signal: Title-query ranking, actual domain/source identity matches and coarse sampling/budget controls have support for the named push operations in RT-RTE-ingest-authorship, MEM-RTE-example-correction and EPI-RTE-filter-calibration. Dense question retrieval is not an embedding push witness. Checkpoint existence/mtime gating is coarse; a file path alone does not establish targeted identifier push. Unknown host/provider selectors remain unresolved.
  • Trace learning: Automatic correction pinning and later selected filter guidance support wired yes in MEM-RTE-example-correction. RT-RTE-policy-distillation supports durable candidate guidance with an afforded later reviewer, not wired live deployment. MEM-OBJ-session-state supports the requested continuation-summary chain at the claimed layer. Novel knowledge and observed improvement are not required by this axis. The diagnostic family's incomplete route inventory is a local limit, not a system negative.
  • Trace source: The corrected checkpoint unit has no positive finding. MEM-OBJ-session-state identifies working memory and requested summary sections but leaves exact source turns and host alternatives uninspected; RT-RTE-session-reanchor establishes instructions, not recorded conversational input. Working-memory origin therefore does not establish session-logs. Likewise correction labels/rationales and CLI/MCP transport in MEM-RTE-example-correction do not establish any controlled original-input category. With no supported positive category, not-determinable is appropriate for the axis as well as the checkpoint unit. The dependent axis note and rationale now preserve that uncertainty without withdrawing the independently supported claimed continuation route.

The profile author's correction answer is supported by the changed values and dependent rationale, rather than accepted on its assertion alone. The previous session-log blocker is resolved. No cross-report conflict requires choosing a stronger status: wired hook delivery and requested checkpoint production concern different operations. Opaque payloads and incompletely inspected alternatives remain explicit; neither missing execution evidence nor local grouping justifies upgrading coverage.

Blockers

none

Limits

  • The profile leaves the weekly diagnostic draft inside an unresolved grouped trace-learning unit rather than classifying that route separately. EPI-RTE-contradiction-scan establishes automatic checking of retained claims, durable weekly draft retention of the resulting diagnostic claims/rationale and later wiki retrieval; MEM-OBJ-wiki supplies the later interpretive consumers. This supports a trace-fed durable context route, unlike an undifferentiated claim about every daily snapshot or score history. Its authority, read-back stages and original trace source are not separately classified. Withhold complete diagnostic route counts and route-by-route authority, delivery and trace-origin comparisons. The relevant inventories already express uncertainty, and wired trace-learning yes is independently supported by MEM-RTE-example-correction; this omission changes no supported system existence value. The accepted diagnostic record does not establish a controlled original trace-source category solely from its lint interface, so it does not warrant adding a positive trace_source value.