Project Wiki memory profile verification
Type: agentic-system-analyses/types/agentic-system-verification.md
Verification
I checked all ten axes of the handed memory profile for scope, support, evidence basis, natural units and inventory coverage. I resolved the sidecar supersession through the supplied reconciliation and assessed the correction answer and predecessor objection afresh. No source reads, new records or quotations were needed.
The profile's scope is accumulated consuming-project memory and its later consumers, not all storage or model state of the external host. It includes raw originals rather than treating extracted text as a complete classification of their contents. Its evidence bases distinguish helper wiring from afforded host procedures; none asserts observed operation or causal benefit.
| Axis | Judgment and supporting records |
|---|---|
| Storage substrate | Supported. The grouped file families have the same local file/repository substrate; opaque originals do not create an unknown backend. Helper-published extraction and ledger state retain their wired witness separately from afforded semantic production: MEM-OBJ-intake-provenance, MEM-OBJ-source-registry, RT-RTE-source-intake, MEM-OBJ-canonical-records. The known inventory concerns the declared project boundary, not excluded provider storage. |
| Representational form | Supported partial coverage. Interpreted prose and fixed-consumer fields are separated from unresolved binary/nontext originals. Selected extraction output does not classify every original part: MEM-OBJ-intake-provenance, EPI-OBJ-review-progress, MEM-OBJ-project-controls. |
| Lineage | Supported partial coverage. Raw import, deterministic extraction, host authorship, chat/task extraction and template generation name distinct derivation stages. Unknown upstream source origins remain included rather than being resolved by local import: EPI-RTE-extract-source, MEM-OBJ-canonical-records, RT-RTE-initialize-wiki, RT-BAP-project-protocol. |
| Behavioral authority | Supported. The revised inventory now separates conversational experience at the durable-answer update consumer from downstream knowledge at a later coding reader. Standing protocol instructions, navigation, source/history decisions, structural criteria and bounded refusal mechanisms also retain their actual consumers and forces: RT-RTE-note-update, MEM-OBJ-canonical-records, RT-BAP-project-protocol, MEM-OBJ-wiki-routing, MEM-OBJ-source-registry, EPI-RTE-ledger-check, MEM-OBJ-project-controls. Known coverage does not assert activation or a hidden consumer of opaque originals. |
| Write agency | Supported partial coverage. Software/model admission is not confused with human workflow initiation or physical writes. Explicit supply, preference decisions and consequential approval support local manual findings; generic direct editing remains unresolved: RT-RTE-source-intake, EPI-RTE-content-admit, EPI-RTE-claim-withdraw, MEM-OBJ-project-controls. |
| Curation operations | Supported partial coverage. Revision, withdrawal with history, condensation, duplicate quarantine and increased tier of source use have separate transformation warrants and evidence bases. Requested synthesis is not treated as proof of a claim absent from inputs: MEM-OBJ-audit-history, MEM-OBJ-source-registry, EPI-RTE-content-admit, EPI-OBJ-analysis. |
| Read-back direction | Supported. Automatic task-triggered selection and subsequent foreground requests are distinct operations in a chain, not duplicate push deliveries. Review and metadata helpers fulfill explicit requests: RT-RTE-coding-cycle, MEM-OBJ-wiki-routing, RT-RTE-source-intake, EPI-RTE-structure-check. The known inventory is limited to the shipped consumers. |
| Read-back signal | Supported. The recorded push selector interprets the task, routing and current context to choose relevant pages. Identifier selection in requested section/chunk reads is not identifier push; index availability is not independently shown to select delivered parts: RT-RTE-coding-cycle, MEM-OBJ-wiki-routing. |
| Trace learning | Supported partial coverage. Automatic lasting-value answer filing has conversational input, a durable text result and a later preflight consumer. This supports afforded yes without a requirement for weight training, novelty or improved capacity. Other candidate write families remain unresolved, with no unsupported local or system-wide no: RT-RTE-note-update, RT-RTE-coding-cycle, MEM-OBJ-canonical-records, MEM-OBJ-audit-history. |
| Trace source | Supported partial coverage. Conversational origin supports session-logs for the qualifying answer route without requiring a full retained transcript. Other source mixtures remain unresolved; task diffs and audit filenames alone establish neither tool-traces nor event-streams nor trajectories: RT-RTE-note-update, MEM-OBJ-canonical-records, MEM-OBJ-source-registry, MEM-OBJ-audit-history. |
The predecessor blocker is repaired in the handed profile. The added behavioral-authority unit identifies the conversational input, the host's lasting-value/representation judgment, the retained output and the afforded learning force. The axis records, coverage note and final rationale now preserve that distinction. This is supported by the memory annotation on note-update, not inferred solely from the trace-learning value. Downstream knowledge remains a separate finding. No stronger observation or improvement claim was introduced by the repair.
I also checked the potentially conflicting report interpretations. Wired intake helpers do not upgrade the claimed semantic subroutes; the indeterminate semantic novelty of an answer does not negate its trace-fed retained-text pathway. The source/chunk and review/ledger containers preserve distinct parts rather than supplying an interchangeable payload classification. The canonical sidecar reference is MEM-OBJ-requirement-evidence, not its superseded epistemic duplicate. These distinctions are preserved in the profile.
Unknown original payload form, upstream lineage, direct-edit control and alternative trace qualification are already expressed by partial axes and unresolved units. Unobserved host loading, compliance, successful resumption and benefit do not invalidate the bounded architectural findings. Qualitative selection budgets establish neither host-window eviction nor enforced token limits. These are faithfully scoped uncertainties, not additional publication findings.
Blockers
none
Limits
none