MemPalace profile verification

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

Verification

I judged all ten axes in the memory profile, including their unit scopes, positive findings, evidence bases, unresolved alternatives and coverage assessments. I used the handed reports and annotations, resolving the duplicated drawer, triple and temporal-route declarations through the supplied reconciliation. I did not read source files, add evidence or repeat deterministic citation checks. The profile answers file is empty; no profile refusal was supplied.

The profile preserves a use-accumulated memory boundary. Static skills and pretrained computation are excluded without turning those exclusions into negative memory findings. Provider retention, backend/recovery alternatives, host variants and incomplete recipient workflows remain included uncertainties. All ten axes are partial; none claims system-complete coverage or evidenced absence. The following judgments concern the emitted findings, not operation or benefit.

  • Storage substrate: Vector collection, SQLite, filesystem and later-consumed process-cache findings have local support. The collection witnesses do not classify remote/native alternatives. Encoding graph links in a sidecar does not establish a graph substrate. Several object inventories share a unit because their storage finding and coverage agree, but the media-file omission below leaves the object-level inventory incomplete. See MEM-OBJ-drawer-vectors, MEM-OBJ-kg-triples, RT-OBJ-patch-artifact, MEM-OBJ-identity-text and MEM-RTE-wake-context.
  • Representational form: Readable words, fixed-rule access/control fields and dense numerical representations are separated by operative part and consumer. Task prose is not its envelope or patch diff; media titles and reference metadata do not classify the opaque file. KG labels at interpreting readers can coexist with symbolic graph/interval fields at database consumers. See RT-OBJ-task-request, MEM-OBJ-kg-triples, MEM-OBJ-media-asset and MEM-OBJ-drawer-vectors.
  • Lineage: Import, session extraction and compiled access/index derivations are supported on their named paths. Claimed identity authorship is not upgraded into implemented proof of an installed file's origin. Initial caller content and provider/embedding provenance remain unresolved rather than being inferred from subsequent derivation. See MEM-RTE-source-filing, RT-RTE-hermes-capture, MEM-RTE-closet-regeneration and MEM-OBJ-identity-text.
  • Behavioral authority: The cited consumers support context/reference knowledge, identity guidance, retrieval ranking, metadata routing and admission validation/enforcement. Task-body instruction remains afforded rather than proven reload. Trace input's learning force at a durable update is distinct from the output's context/ranking force. Neither supplied text nor a default confidence value is truth acceptance. See RT-BAP-agent-context, RT-BAP-task-handoff, EPI-RTE-duplicate-check, EPI-RTE-checkpoint-disposition and MEM-RTE-diary-checkpoint.
  • Write agency: Software capture, derived checkpoints, locators and automatic setup branches are distinguished from interactive entity confirmation and explicit edited-plan adoption. Claimed operator approval doctrine is not made a universal handler gate. Generic caller and initial-file control appropriately remain indeterminate. See RT-RTE-init-detection, EPI-RTE-tunnel-maintenance, WF-RTE-task-create and RT-RTE-mcp-dispatch.
  • Curation operations: Retained segment/prefix/locator reduction supports consolidation; check-consuming near-duplicate suppression supports deduplication; replacement/rebuild supports evolution; temporal ending supports invalidation with history. These are not inferred from command names, primary-key checks or transient wake rendering. The profile does not assign synthesis solely from generation, or decay/promotion solely from a function or counter. Semantic novelty and downstream graph effects remain unresolved. See MEM-RTE-source-filing, MEM-RTE-closet-regeneration, EPI-RTE-checkpoint-disposition, MEM-RTE-memory-maintenance and MEM-RTE-tunnel-traversal.
  • Read-back direction: Requested retrieval, including host prefetch and explicit CLI wake-up, is pull. Independently triggered startup context supply is push. Implemented read endpoints do not prove worker execution, and the profile retains the separate uncertainty about an exposed Layer2 API's independent consumer. See RT-RTE-palace-recall, MEM-RTE-wake-context, MEM-RTE-diary-checkpoint and RT-RTE-task-launch.
  • Read-back signal: Startup availability, scope, recency/weight and budget support coarse selection. Query embeddings and requested IDs do not establish inferred or identifier-based push. Local pull-only units are inapplicable for push signals; unresolved alternative supply remains uninspected rather than being made inapplicable by those units. See MEM-RTE-wake-context and RT-RTE-palace-recall.
  • Trace learning: Automatic transcript-prefix continuity and session-fed derived recall/locator writes have durable products and later consumers. They qualify without new knowledge, changed weights or measured improvement. Raw exchange retention is separated from qualifying derived updates. Traversal history, prompted summaries and opaque alternatives are not converted into a system-wide negative. See MEM-RTE-diary-checkpoint, MEM-RTE-source-filing, MEM-RTE-closet-regeneration, RT-RTE-hermes-capture and MEM-RTE-tunnel-traversal.
  • Trace source: Recorded user/conversation turns support session logs on the qualifying branches. A Stop callback is a trigger, not the consumed original trace. Mixed tool/file inputs remain indeterminate; static project imports do not become event streams through serialization. See MEM-RTE-diary-checkpoint and MEM-RTE-source-filing.

I also checked the corrected temporal route against dependent authority and curation findings. MEM-RTE-temporal-facts supports interval-based exclusion and historical withdrawal, while its reused-successor branch prevents unconditional visibility at the requested instant. The profile retains that qualification and distinguishes newly inserted evolution from reuse. Reconciliation does not upgrade the epistemic analyst's incomplete transaction inspection. No remaining disagreement undermines these bounded profile findings.

Missing execution evidence prevents observed activation, reliability and causal-benefit conclusions, not the wired architectural findings. The profile makes no such stronger claims. The unresolved alternatives already expressed in its assessments are faithful uncertainty, not additional verification defects.

Blockers

none

Limits

  • The partial storage inventory in the profile does not give original media bytes their own storage unit, although its scope explicitly includes them. MEM-OBJ-media-asset establishes that the original bytes remain in an external local file, separate from the indexed descriptor/reference and vectors; MEM-RTE-media-index establishes reference delivery rather than automatic payload consumption. The existing files finding remains supported, and adding this object would not change the emitted system-level substrate union. Readers should withhold a complete object-by-object storage comparison, especially any inference that the descriptor/index inventory enumerates media-byte retention. This is a local inventory omission in an already partial axis, not unsupported complete coverage or an unsupported emitted value.