Pond profile verification
Type: agentic-system-analyses/types/agentic-system-verification.md
Verification
The memory profile is supported within its stated partial inventory. I checked all ten axes, their positive findings and evidence bases, local coverage assessments, natural classification units, and the exclusions from the memory boundary. No unsupported emitted comparison value or material complete-coverage assertion was identified. The empty supplied profile-answers file provides no correction argument to adjudicate.
The comparison covers accumulated archive content, derived retrieval state and retained access/capture state. Excluding fixed embedding weights and static shipped recall guidance is consistent with that boundary: RT-CMP-candle-embedder describes inference machinery, while RT-OBJ-prompt-guidelines describes shipped policy rather than a through-use revision. Changed capture configuration is different: RT-RTE-adapter-config establishes persisted choices used by later capture. Untraced editor insertion, export consumers, codec alternatives and upstream checkpoint generation remain included uncertainties rather than being excluded to manufacture complete coverage.
| Axis | Support and coverage judgment |
|---|---|
| Storage substrate | Local files and resident cache state are supported by MEM-OBJ-part, MEM-OBJ-row-meta, MEM-OBJ-sync-cursor, MEM-RTE-archive-transfer and RT-RTE-session-restore. The S3 alternative remains a claimed service-object finding supported by EPI-CLM-archive-recall, not an upgrade from local wiring. Grouping objects on the known local branch preserves their shared substrate finding without claiming every codec's operative alternatives are resolved. |
| Representational form | Readable historical text, fixed symbolic fields and dense numerical representations are distinguished by operative part and consumer. MEM-OBJ-part, MEM-OBJ-raw-record, MEM-OBJ-checkpoint-carriers and MEM-OBJ-message-vector support those distinctions. Readable file labels and JSON wrappers do not classify opaque consumed payloads; the partial assessment preserves that gap. |
| Lineage | Acquisition/import is supported by RT-RTE-session-capture. Trace-derived text/vector paths are supported by MEM-OBJ-search-text, EPI-RTE-search-projection and MEM-RTE-message-embedding. Access-state compilation and authored/discovered configuration have separate derivation paths in MEM-RTE-sync-watermarks and RT-RTE-adapter-config. Known acquisition does not resolve original checkpoint generation or exact embedding provenance. |
| Behavioral authority | Historical knowledge at the host, text/vector ranking, trace inputs at durable-artifact update consumers, routing metadata and stored-key/label vetoes are supported as distinct effects by MEM-BAP-recalled-history, MEM-RTE-message-embedding, MEM-RTE-sync-watermarks and RT-RTE-session-capture. The learning finding names the artifact-update consumer, not improved capacity. Opaque restored-state authority remains partial; RT-BAP-session-switch establishes the handoff, not how the host interprets every retained part. |
| Write agency | RT-RTE-session-capture, MEM-RTE-message-embedding and MEM-RTE-sync-watermarks support automatic software admission. RT-RTE-adapter-config separately supports explicit operator choices and software bootstrap. RT-RTE-session-restore supports operator-selected retained content for restored files; this manual finding does not classify the subsequent checkpoint read or original summary write. Generic transfer/library caller control remains unresolved beside the known software checks in MEM-RTE-archive-transfer. |
| Curation operations | EPI-RTE-search-projection supports consolidation as reduced existing content, not a new claim. MEM-RTE-message-embedding and EPI-RTE-maintenance-recovery support evolve for replacement of stale-model vectors, distinct from initial embedding or index rebuilding. The memory annotation on RT-RTE-session-restore supports reconstructed-history reduction through System-carrier omission, while native replay and semantic fidelity remain separate. MEM-RTE-deletion-detection supports neither semantic invalidation nor decay. The profile does not emit those unsupported operations. |
| Read-back direction | RT-RTE-archive-recall, RT-RTE-corpus-sql, RT-RTE-session-restore and MEM-RTE-archive-transfer support requested pull delivery. MEM-RTE-sync-watermarks and MEM-RTE-message-embedding support automatic internal supply of retained progress or eligible text to later software consumers. Those push findings do not assert unsolicited model-context insertion or count a requested tool return twice. Untraced alternatives keep the axis partial. |
| Read-back signal | Pull-only inapplicability stays local. On the automatic progress route, MEM-RTE-sync-watermarks supplies availability selection and an actual oldest-message lineage comparison before cursor watermarks are supplied. These support coarse and identifier findings; the identifier is not merely an output address. MEM-RTE-message-embedding supports coarse eligibility selection before inference, not embedding-inferred push. Unknown alternative selectors are not treated as inapplicable. |
| Trace learning | EPI-RTE-search-projection, MEM-OBJ-search-text and MEM-RTE-message-embedding establish two automatic trace-fed durable-artifact chains with later retrieval consumers. Both wired yes findings satisfy the supplied write-route definition independently of novel knowledge, training or demonstrated benefit. MEM-OBJ-checkpoint-carriers does not establish its original automatic production, and the profile retains that uncertainty instead of inferring a global negative. |
| Trace source | Session-logs is supported for the qualifying projection/vector paths by EPI-RTE-search-projection, MEM-OBJ-search-text and MEM-RTE-message-embedding. Tool bodies elsewhere in the archive do not establish tool-traces for writes whose inspected projection excludes them. Unknown checkpoint and alternate write inputs remain unresolved, so the local known source finding does not claim a complete system union. |
I resolved the two supplied supersessions when judging support: EPI-OBJ-search-text refers to canonical MEM-OBJ-search-text, and EPI-RTE-deletion-detection refers to canonical MEM-RTE-deletion-detection. Neither supersession strengthens the evidence layer. Container/part overlaps do not require replacing the whole capture route.
I also checked the consequential cross-report qualifications. The workflow annotation on RT-RTE-corpus-sql distinguishes a search_text predicate from tool-body SQL; the profile does not restore the broader, unsupported interpretation. The memory annotation on RT-RTE-session-restore preserves native replay versus reconstructed-carrier omission. EPI-RTE-field-extraction qualifies raw preservation through the leaf cap without changing imported lineage or establishing synthesis. No unresolved report disagreement changes an emitted profile value.
All ten axes remain partial at inventory level. Their local known findings are bounded to the inspected parts or mechanisms; unresolved units retain missing facts and prevented conclusions. Coarse grouping of like-classified local objects does not conceal a conflicting supported value. The remaining uncertainties are already faithfully expressed in the profile and therefore are not additional verification limits. Wiring is not observed activation or causal benefit.
Source-read log: none. This verification uses the supplied members and contracts; it adds no source evidence, quotations or replacement classifications.
Blockers
none
Limits
none