QwenPaw memory-profile verification

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

Verification

I checked all ten axes, their unit boundaries, positive findings, evidence bases and coverage notes in the profile against the handed records and annotations. I applied the supplied reconciliation's five identity amendments while preserving the superseded declarations' qualifications. No source files were read and no new evidence or replacement classification was introduced.

Retained objects, forms and derivation

Storage classifications distinguish session and Markdown files, Scroll SQLite history, optional cached vectors and externally retained service objects. The service-object findings do not assert a particular database or complete provider storage. Notifications, registry backing and auxiliary stores remain unresolved rather than disappearing from the inventory. The witnesses are RT-OBJ-session-state, MEM-OBJ-daily-note, MEM-OBJ-digest, MEM-OBJ-history, MEM-CMP-embedding-model, MEM-OBJ-adbpg-memory and RT-RTE-harness-turn.

Representational-form units separate interpreted prose, symbolic addressing/control parts and dense numerical access representations. Calling cached dense vectors parametric does not claim that inference weights are updated. The readable ADBPG return is classified separately from its opaque stored payload; the inbox body is not substituted for the modified artifact. These distinctions follow MEM-OBJ-adbpg-memory, MEM-OBJ-inbox-event, MEM-OBJ-eviction-index and MEM-CMP-embedding-model.

Lineage units preserve the difference between trace-derived notes/summary, imported caller content or migrated sessions, and code-compiled recovery structures. The dream and paper derivations retain claimed bases rather than acquiring wired semantic guarantees from their adapters. Unknown initialization and embedding provenance remain explicit. Relevant records are MEM-RTE-trace-extraction, MEM-OBJ-continuation-summary, MEM-OBJ-history, MEM-RTE-memory-edit, MEM-RTE-dream-maintenance and MEM-RTE-paper-maintenance.

Authority, admission and maintenance

Behavioral authority is attached to actual consumers: retrieved/restored text supplies knowledge, selected workspace prose supplies instructions, and traces feed durable artifact updates at a separate learning consumer. Retained text can influence ranking without a learned ranking policy. Source IDs/ranges and registry values have routing, validation and enforcement effects where they select recovery or veto eligibility; these are not factual endorsement. The supporting paths are MEM-BAP-retained-context, RT-BAP-workspace-prompt, MEM-RTE-trace-extraction, MEM-RTE-scroll-retention, EPI-RTE-rerank-check and WF-RTE-fork-finalization. Opaque interests and auxiliary consumers are not upgraded by these witnesses.

Write-agency units track admission rather than source authorship or the operator's initiation of a job. Grouped computational mechanisms share the same automatic control and coverage. Generic PUT, replay and restoration callers remain unresolved; no unsupported manual finding is emitted. MEM-RTE-adbpg-retention, MEM-RTE-scroll-retention, RT-RTE-native-turn, MEM-RTE-memory-edit and EPI-RTE-checkpoint-restore support that distinction.

Curation findings separate implemented Scroll consolidation, replacement and provenance withdrawal from claimed ReMe fact extraction and merging. History cutoff and tool-artifact cleanup support bounded decay, not complete erasure. Managed replacement supports revision of an existing entry, not correctness or versioned rollback. No synthesis or deduplication is inferred merely from a job label, possible summary defect or duplicate-rejection check. These judgments follow MEM-RTE-scroll-retention, MEM-OBJ-history, MEM-RTE-archive-replay, MEM-RTE-trace-extraction, MEM-RTE-dream-maintenance and MEM-RTE-memory-edit.

Later consumption and trace-fed updates

Direction units distinguish foreground-requested search, history recall and replay from automatic query injection, restoration, prompt contribution and proactive context supply. Requested returns are not counted as additional push operations. Signal units identify the automatic selector's input and selected part: checkpoint/thread/file identity matches, coarse summary availability and budgets, lexical/vector retrieval and optional relevance judgment. Remote search and provider-internal alternatives remain unresolved. The records are MEM-RTE-memory-retrieval, MEM-RTE-history-recall, RT-RTE-native-turn, RT-RTE-workspace-instruction, MEM-RTE-proactive-context and RT-RTE-harness-turn.

Fork context findings were checked against RT-RTE-fork-worker and its workflow annotation. Saved-parent-file inheritance may be stale or empty; it is not a copy of the parent's latest live window. Retained Git products and administrative registry reuse do not establish learning or product verification. WF-RTE-fork-finalization preserves the distinct administrative consumer and its scope checks.

The positive trace-learning units have automatic trace-fed writes, durable derived outputs and later consumers: MEM-RTE-trace-extraction connects notes to MEM-RTE-memory-retrieval, and MEM-RTE-scroll-retention checkpoints and renders continuation state. Their wired classifications require neither semantic novelty nor demonstrated improvement. Raw logging/replay alone and resource-fed paper analysis do not supply qualifying trace-learning witnesses. Native compaction, remote transformation and auxiliary adaptation remain unresolved rather than negative.

Trace-source findings preserve conversational turns and tool activity as distinct original inputs to the ReMe and Scroll updates. ADBPG's partial unit identifies only its known forwarded user-turn source, not a resolved remote learning mechanism or complete server input inventory. Dream inheritance and opaque native/provider routes remain uncertain. No event-stream or trajectory value is inferred from serialization or route names. The source witnesses are MEM-RTE-trace-extraction, MEM-OBJ-continuation-summary, MEM-RTE-scroll-retention and MEM-RTE-adbpg-retention.

Coverage and disposition

All axis assessments remain partial. Locally known units do not assert complete system coverage; opaque payloads, initialization and included auxiliary alternatives remain visible. Excluding unchanged shipped templates, unretained current tool results and turn-local visual recovery is consistent with the retained-memory boundary. Fork products are bounded to their retained integration path, not treated as evidence of self-improvement or as permission to classify all runtime storage. No absence or system-complete negative is emitted. No observed or causal basis is claimed.

The unresolved coverage is already expressed in the extracted profile values and notes. It prevents complete-value statistics, complete forgetting or provider-memory comparisons, but does not invalidate the emitted positive witnesses. I found no material unsupported classification, false complete assessment or unresolved cross-report disagreement requiring correction. Faithfully scoped uncertainty requires no additional verifier limit.

Blockers

none

Limits

none