Zikkaron profile verification

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

Verification

Checked all ten axes in the handed memory profile against the accepted records, their annotations, the profile type's natural units and the declared memory scope. Applied the supplied reconciliation's five duplicate supersessions without promoting evidence strength. The profile uses the canonical memory representatives for curation, query revision, narrative, reminder and withdrawal routes. No source files were read, no new evidence or quotations were added and no target code was executed.

Storage and form. The inventory supports SQLite persistence, graph/vector access structures and use-dependent RAM state. Text, fixed-code fields and dense distributed encodings are distinguished rather than classified by serialization or physical location alone. The known assessments concern these retained parts, not complete algorithm correctness or exact external model provenance. Supporting records include MEM-OBJ-memories, MEM-OBJ-selection-state, MEM-OBJ-episodes, MEM-RTE-hierarchy-read, RT-CMP-hdc-encoder, RT-CMP-hopfield-memory and RT-CMP-cognitive-map. Excluding fixed pretrained artifacts and static installation policy agrees with the use-accumulated memory boundary.

Lineage and write agency. Caller composition/import, trace extraction and subsequent compilation can coexist on distinct derivation edges. The profile preserves unknown original provenance and caller control rather than equating software I/O with automatic admission or operator initiation with manual approval. Wired transformations remain separate from callable library alternatives. The partial assessments are supported by RT-RTE-remember-recall, RT-RTE-seed-admission, MEM-RTE-curation-write, MEM-RTE-sync-import and MEM-OBJ-derived-beliefs. Grouped units retain their distinct local bases and unresolved initial-admission scope.

Authority and curation. Informational delivery, relative ranking, operation selection, mutation eligibility and enforced vetoes are tied to actual consumers. Learning authority at update consumers is not inferred from downstream knowledge delivery alone. Protection checks support local validation/enforcement, not universal protection or factual validation. See RT-RTE-rule-admission, MEM-RTE-recall-revision, MEM-RTE-compression-write and EPI-RTE-feedback-update. Curation findings distinguish duplicate merging, reduced representations, new synthetic assertions, semantic promotion, decay and freshness withdrawal. They do not turn the reconsolidation archive branch into invalidation or extraction errors into synthesis. See MEM-RTE-curation-write, MEM-RTE-maintenance-cycle, EPI-RTE-synthetic-facts, EPI-RTE-cls-promotion and EPI-RTE-file-validation. Incomplete internal transformations and reminder authority remain explicit uncertainties in partial axes.

Read-back direction and signal. Requested recall/project/hierarchy/story/replay returns are pull; lifecycle hooks and retained additions to remember responses independently supply context. Directory identity matching is separated from globally selected checkpoint/anchor sections, lexical and embedding selection, and coarse availability/budget controls. The profile does not project service reranking onto push routes or count requested delivery as another push. See RT-RTE-context-selection, RT-RTE-hook-context, RT-RTE-replay-context, MEM-RTE-project-context and MEM-RTE-trigger-delivery. Prospective matching and reinjection detail remain locally unresolved; those cautious assessments do not erase supported direction or signal findings.

Trace learning and original inputs. Automatic action-summary, sensory-derived, query-revision, access/navigation and usefulness-feedback chains have durable artifacts and later consumers. Their wired yes findings do not assert observed exercise or benefit. Tool-origin content remains tool traces even when transported by callbacks; the compaction-event checkpoint route is separately classified as event-stream input, not a captured conversation. Mixed-origin content and external/library admissions remain unresolved. See RT-RTE-trace-consolidation, MEM-OBJ-episodes, MEM-RTE-recall-revision, RT-CMP-cognitive-map, EPI-RTE-feedback-update and RT-RTE-replay-context.

Correction rechecked. The predecessor's benchmark-input objection is repaired. The current profile adds wired trace-learning yes and session-log source units for conversational-turn reformulation, plus corresponding lineage, automatic admission and update-consumer learning findings. RT-RTE-evaluation-mode, specified by the workflow account and its annotation, supports the complete architectural chain: recorded conversational turns, software reformulation and retention without per-memory approval, then selected memory content in later generation calls. The revised axis notes and rationale preserve session-log origin independently of saved judgment feedback. EPI-RTE-answer-judgment still supplies measurement/reporting rather than an established production-update consumer. The correction therefore retains the supported union value without upgrading benchmark execution, judgment feedback or benefit.

The remaining partial assessments faithfully name unresolved branches and prevented complete-value conclusions. Neither absent execution evidence nor unresolved semantic correctness defeats the supported architectural classifications. No unsupported emitted comparison value, materially false coverage assessment or unresolved cross-report conflict requiring a blocker or publication limit was found.

Blockers

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Limits

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