Fractal profile verification

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

Verification

I checked all ten axes in the memory profile, including positive findings, evidence bases, natural units, inventory coverage and unresolved alternatives. The review used the handed reports and reconciliation only. The duplicate epistemic summary resolves to MEM-OBJ-session-summary; the checkpoint container, contained answer and usage fields, rendering transformation and delivery route remain distinct. No classification depends on the superseded identity or gains evidence strength from it.

The compared boundary is retained session material and its later consumers, changed root guidance, changed configuration and the accumulated startup cache. It is not all workspace content, model weights or sandbox state. Direct-API context is retained as an unresolved afforded alternative, not assigned the shipped drivers' persistence protocol. That qualification follows RT-RTE-direct-agent. Its uncertainties do not negate the implemented session loop.

  • Storage substrate: Session summary, history and usage share supported file and in-memory storage, including serialization of the opaque trace. The grouping does not claim to understand that payload. Root guidance, TOML settings and cache have independently supported file storage. Unknown caller retention keeps the axis partial. See MEM-OBJ-session-summary, MEM-OBJ-session-history, MEM-OBJ-turn-usage, RT-BAP-workspace-guidance, RT-RTE-config-change and EPI-OBJ-version-cache.
  • Representational form: The profile separates interpreted messages, responses and guidance from fixed host fields and accounting. JSON and signature placement do not turn prose into symbolic content. The opaque RunTrace remains unresolved at its delegated consumer rather than being classified from its display summary. See MEM-OBJ-session-history, MEM-BAP-summary-context and MEM-OBJ-turn-usage.
  • Lineage: Host-derived activity/accounting fields, copied caller/response text, operator-selected settings and website assertions retain distinct derivation paths. Imported checkpoint text does not establish its original authorship. Root guidance has a known import path but unresolved initial production; original trace production and direct-API initialization remain unresolved. See MEM-RTE-checkpoint-update, EPI-RTE-event-projection, RT-BAP-workspace-guidance, RT-RTE-config-change and EPI-RTE-version-notice.
  • Behavioral authority: Historical summary supplies knowledge context, root guidance supplies instructions, configuration selects later adapters/defaults, and cache information supplies an advisory notice. These are consumer-specific forces, not filesystem enforcement or epistemic acceptance. Exact-history knowledge consumption remains afforded; delivery is wired but actual inspection is unobserved. The profile explicitly leaves additional opaque-payload authority unresolved. See MEM-BAP-summary-context, MEM-RTE-session-context, RT-BAP-workspace-guidance, RT-RTE-config-change and EPI-RTE-version-notice.
  • Write agency: Checkpoint finalization, load rejection/replacement and cache admission are software decisions without per-content human approval. The manual finding is scoped to explicit operator selection of settings, not to every possible configuration writer or downstream response. Model edits of root guidance are only afforded, and generic caller initialization remains unresolved. Authorship and physical file writing do not substitute for admission control. See MEM-RTE-checkpoint-update, MEM-RTE-session-reload, RT-RTE-config-change, EPI-RTE-version-notice and RT-RTE-headless-turn.
  • Curation operations: Finalizing an existing turn and replacing existing settings/cache entries support evolve. Tail eviction and cache eligibility expiry support decay within their respective scopes. Activity-count projection supports consolidation of activity information, not semantic shortening of responses or synthesis of new lessons. The profile includes this narrow consolidation without using the name summary as evidence. Open guidance/API transformations remain unresolved. See MEM-RTE-checkpoint-update, MEM-OBJ-session-history, EPI-RTE-summary-render, RT-RTE-config-change and EPI-RTE-version-notice.
  • Read-back direction: Requested session reload, listing and accounting are pull; subsequent automatic summary/history handoff is a separate push. Model-directed exact lookup is an afforded pull within supplied history. Automatic root guidance, launch configuration and eligible cache consumption have their own push operations. The two-process recipe corroborates the reload-to-later-delivery chain without establishing exercised recall. See MEM-RTE-session-reload, MEM-RTE-session-context, RT-BAP-workspace-guidance and WF-RTE-audit-repair.
  • Read-back signal: All-turn/recency delivery, root-file availability/truncation, configuration precedence and cache TTL support coarse selection. Requested session IDs and a fixed filename do not independently establish identifier-matched push. Pull-only operations are locally inapplicable; the unresolved API alternative is not declared pull-only. See MEM-RTE-session-context, MEM-RTE-session-reload, RT-BAP-workspace-guidance, RT-RTE-config-change and EPI-RTE-version-notice.
  • Trace learning: The narrow wired yes is supported by automatic extraction/projection of activity/status into durable summary context and its later model delivery. It requires neither semantic lesson synthesis nor demonstrated improvement. Raw history retention and standalone usage display do not independently establish qualifying writes. Possible trace-responsive guidance updates and API derivation remain unresolved, so the profile emits no system-wide negative. See MEM-RTE-checkpoint-update, MEM-OBJ-session-summary, MEM-OBJ-turn-usage and MEM-RTE-session-context.
  • Trace source: Recorded conversational turns support session-logs. Discrete hook callbacks support event-streams; their file-operation feedback and command-attempt content also supports tool-traces. These findings describe different aspects of the actual input, not additional sources inferred from serialization. Full dependency-defined trace content remains unresolved, and the profile does not infer trajectories from a product label. See MEM-RTE-checkpoint-update, EPI-RTE-event-projection, MEM-OBJ-session-history and MEM-RTE-session-context.

All axis assessments remain partial. Local known assessments describe the named mechanism or operative part, not a complete system inventory. The unresolved trace and API alternatives remain visible where they prevent stronger conclusions. No emitted finding claims observed operation, causal benefit, semantic task acceptance, reliable compliance or complete recall. The host's succeeded status and accounting remain operational metadata rather than correctness evidence, consistent with RT-CLM-result-contract and EPI-RTE-event-projection. These qualifications are already in the profile's values and notes; they are faithfully scoped uncertainty, not additional verification limits.

Source-read log: none. No ambiguity required reading the target source, and no new evidence or replacement record was introduced.

Blockers

none

Limits

none