KBLaM profile verification

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

Verification

The memory profile is supported within its declared scope. I checked all ten axes, their positive findings and evidence bases, local coverage assessments, unresolved alternatives and classification units against the supplied reports. I applied the reconciliation's Entity and judgment-part supersessions; the profile uses the canonical memory declarations rather than treating the overlapping containers as interchangeable parts. No replacement records or source evidence were needed.

  • Storage substrate: File-backed Entity/DataPoint records, separate key/value arrays, checkpoint files and parameter payloads, configuration and experiment artifacts support the emitted local values. The judgment lists have actual reporting consumers, rather than merely hypothetical reloads. Open-ended list reporting is confined to its exception-prefix branch. Local credential records are separated from uninspected SDK cache internals and provider state. These unresolved parts warrant a partial axis, not a complete substrate inventory. See MEM-OBJ-embd-key, MEM-OBJ-embd-value, MEM-OBJ-encoder, MEM-OBJ-reference-judgment, MEM-OBJ-open-judgment and RT-CMP-gpt-session.
  • Representational form: The profile separates semantic text from fixed-rule fields, scores and positional joins, and separates both from dense base vectors and learned parameters. Treating measured attention scores as symbolic metric inputs does not conflate them with distributed knowledge representations. Parsed open-ended reasons do not classify opaque provider state. See MEM-OBJ-data-point, MEM-OBJ-attention-weights, MEM-OBJ-open-judgment and RT-CMP-kb-encoder.
  • Lineage: Authored generation, imported rows, deterministic compilation and trace-derived analysis are supported at their named derivation paths. Enron extraction retains a claimed basis rather than inheriting implementation strength from downstream loading. Known generation and optimization paths do not resolve historical corpus, embedding, checkpoint or alternative query-head provenance. See MEM-OBJ-entity, MEM-OBJ-data-point, EPI-RTE-template-qa, MEM-OBJ-encoder and RT-CMP-llama3-model.
  • Behavioral authority: The emitted values name actual effects: knowledge context, key-based ranking, supervision feeding parameter updates, references defining evaluation criteria, configuration selecting branches and credentials enabling service access. Validation is bounded to reference-relative assessment, not factual acceptance or a release veto. The profile does not assign all parameter machinery or reporting output a blanket authority. See RT-BAP-knowledge-attention, RT-RTE-adapter-training, RT-RTE-evaluation-modes, MEM-OBJ-kblam-config and RT-CMP-gpt-session.
  • Write agency: Local parsing, field mutation, embedding/split admission, optimizer updates, periodic saves and result persistence support automatic admission. Launching scripts, choosing paths and selecting a checkpoint are not substituted for explicit human content approval. Unresolved initial and external admissions remain included. See RT-RTE-dataset-production, EPI-RTE-augment-qa, RT-RTE-adapter-training and MEM-RTE-result-cleanup.
  • Curation operations: Existing-Q replacement and retained parameter revision support evolve; destructive removal of raw retained attention evidence supports decay. Neither template expansion nor index slicing alone establishes consolidation. The extension request does not establish synthesis, and the profile retains uncertainty about actual extension semantics and opaque judgments. See EPI-RTE-augment-qa, RT-RTE-adapter-training and MEM-RTE-result-cleanup.
  • Read-back direction and signal: Requested file/artifact loads are distinguished from subsequent driver-selected model context and optional internal Llama selection. Coarse selection names configured boundaries/random indices; inferred-embedding selection names current query states, retained keys and paired top-k values. No identifier push is inferred from filenames or row indexing alone. Pull-operation signal inapplicability is local and does not erase the unresolved provider branch. See RT-RTE-accuracy-generation, RT-RTE-adapter-training and RT-RTE-kb-attention.
  • Trace learning and trace source: No positive value or system-wide negative is emitted. The recorded supervision route does not establish trace-origin input; retained answer/attention analysis has no established downstream behavior-shaping update. Missing bounded-absence declarations and unresolved external histories prevent a controlled no or complete source inapplicability. These are faithful uncertainty assessments, not claims that ordinary supervised adaptation is absent. See RT-RTE-adapter-training, MEM-OBJ-attention-weights, MEM-OBJ-reference-judgment and MEM-OBJ-open-judgment.

The classification preserves the consequential implementation qualifications. Wired internal branches do not imply unchanged CLI reachability, successful checkpoint recovery or completed scoring. The workflow annotation corroborates that distinction. The remaining extension-guidance disagreement does not undermine the profile: it classifies field admission and leaves semantic transformation indeterminate, rather than claiming that evidence-only guidance reached the provider. The attribute mismatch is retained in EPI-RTE-augment-qa.

Grouped units share their emitted classification and coverage; distinct key/value effects, semantic versus structural parts, judgment domains and opaque alternatives remain visible. I found no unsupported positive, evidence-strength upgrade, false complete assessment or material omitted comparison value. The declared partial and uninspected axes do not license complete-value comparisons. Their explicit uncertainty requires no additional verification limit.

Source-read log: none. This judgment uses only the supplied members, reconciliation and governing contracts.

Blockers

none

Limits

none