AriGraph profile verification

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

Verification

I checked all ten axes, their positive findings, evidence bases, coverage assessments and natural units against the handed runtime, memory, epistemic and workflow records. I resolved the triplet, episode-text and summary supersessions through the supplied reconciliation. No source checkout reads, new records or new quotations were needed. The profile's comparison rationale keeps implementation, delivery, activation and benefit distinct.

The author's correction resolves the previous storage blocker. The shipped text-log unit now emits files with basis wired; the unused JSON serialization unit emits files with basis afforded. MEM-OBJ-logs supports both storage mechanisms at those respective strengths, and MEM-ABS-state-readers bounds the lack of shipped JSON callers. The rationale preserves this separation, while payload form, caller provenance, admission control and consumption remain unresolved on their respective axes. No dependent passage still upgrades the JSON capability to shipped wiring.

  • Storage substrate: Python stores, arrays and tensors support process-local retention; Logger supports file retention; the auxiliary NetworkX object supports the graph finding. Dense encoding is not a vector-database substrate. Hypergraph's local objects are afforded, not deployed storage: MEM-OBJ-graph-embeddings, MEM-OBJ-hypergraph-content, MEM-OBJ-hypergraph-index and MEM-OBJ-observed-graph.
  • Representational form: Interpreted fact/history/summary/plan text, fixed symbolic structures and dense numerical representations support the emitted forms. The mixed snapshot and Hypergraph index units remain coarse, but their findings distinguish the parts; arbitrary JSON does not inherit the text display's classification. See MEM-OBJ-triplets, MEM-OBJ-episodic-snapshots and MEM-OBJ-rag-metadata.
  • Lineage: Game traces, imported QA paragraphs, deterministic movement compilation and authored seeds have distinct recorded paths. Local numerical derivation does not settle upstream checkpoint provenance; generic auxiliary input provenance remains unresolved. See MEM-OBJ-triplets, MEM-OBJ-obs-episodic, MEM-OBJ-summary, RT-OBJ-plan and RT-CMP-retriever.
  • Behavioral authority: Informational context at decision models, retained inputs at automatic update consumers, plan guidance, ranking inputs and spatial routing support separate knowledge, learning, instruction, ranking and routing findings. Exact-string recent-history exclusion supplies a bounded enforced veto, not reliable recent-window suppression. The inventory-string mismatch is preserved by RT-RTE-game-memory and MEM-OBJ-history. Static parser rules and diagnostic metrics do not establish retained-memory validation authority. See also RT-BAP-memory-decisions and RT-BAP-plan-decisions.
  • Write agency: Models and software admit game/QA facts, traces, numerical metadata, summary replacements and feedback plans without per-content human approval. Starting/configuring a script does not make these admissions manual. Hypergraph internal admission is afforded automatic admission; generic ObservedGraph and arbitrary JSON caller control remain unresolved rather than inheriting that finding. See RT-RTE-qa-cycle, RT-RTE-summary-cycle, RT-RTE-smart-rag and MEM-RTE-observed-update.
  • Curation operations: Duplicate-content suppression, live fact revision/withdrawal, summary compression/replacement, plan revision and history/recency decay support the emitted operations. Historical episode survival qualifies invalidation; the replacement path is not a validated transaction. Summary consolidation describes the reduced representation mechanism, not guaranteed semantic fidelity. No synthesis value follows merely from indeterminate entailment. See EPI-RTE-triplet-parsing, EPI-RTE-removal-parsing, MEM-OBJ-obs-episodic and RT-RTE-summary-cycle.
  • Read-back direction: Requested game/QA graph retrieval and navigation are pull. Independently supplied histories, summaries, plans and smart-RAG decision context are push. An automatic selector inside a requested return does not create another push. Hypergraph's API return remains afforded and downstream delivery unresolved: RT-RTE-game-memory, RT-RTE-qa-cycle, RT-RTE-full-history and RT-RTE-hypergraph-update.
  • Read-back signal: Whole available strings/history windows support coarse selection. Smart-RAG's stored embeddings, model-derived importance and recency/recent-entry inputs support embedding, judgment and coarse findings. Its oldest-entry indexing qualification survives. Dictionary/hash identities alone establish no identifier push. Local pull-only inapplicability does not resolve unknown alternatives: RT-RTE-smart-rag, MEM-OBJ-rag-metadata and MEM-OBJ-history.
  • Trace learning: Game-derived facts, summary/plan replacements and smart-RAG metadata have automatic trace-fed writes, retained behavior-shaping outputs and later consumers. Wired yes requires neither restart persistence nor demonstrated improvement. Static QA extraction and raw-only full-history retention emit no unsupported negative; the absence of canonical bounded-absence records explains their cautious unresolved assessments. See RT-RTE-game-memory, RT-RTE-summary-cycle, RT-OBJ-plan and RT-RTE-smart-rag.
  • Trace source: Environmental feedback and linked location/action/history inputs support event-streams and trajectories on qualifying writes. Smart-RAG's pre-action tuple is not represented as an evaluated trajectory. Model-message wrapping does not turn environmental input into conversational session logs. Unresolved caller provenance and later consumers prevent stronger alternate-route source classifications: MEM-OBJ-triplets, MEM-OBJ-history, MEM-OBJ-rag-observations and MEM-RTE-observed-update.

All ten axis assessments are partial. The inherited Hypergraph spatial store is explicitly included as unresolved, rather than assigned to the main graph object or suppressed to obtain complete coverage. RT-RTE-hypergraph-update establishes movement-derived insertion but leaves its relationship to thesis/event state and later consumers unassessed. Its unclassified scope does not negate the supported positives. Provider experiential retention remains uninspected without asserting that such a store exists, consistent with RT-CMP-gpt-agent and RT-CMP-llama-agent. These faithfully expressed uncertainties are not defects. The grouped natural units leave the inventory-comparison limit below, but no unsupported emitted value or basis remains.

Blockers

none

Limits

  • Several classification units combine operative parts or consumer paths that the profile type treats as natural units. Snapshot form groups text, association/score fields and tensors; summary authority groups decision and update consumers; feedback-plan authority groups interpreting models, update consumption and numerical ranking. Their finding notes preserve the supported forms and effects, so this issue does not dispute those values or their local evidence bases. The profile's partial inventories nevertheless do not provide one-to-one enumeration of each part/consumer path. Withhold fine-grained inventory counts and one-to-one unit comparisons for these grouped scopes. See the profile's comparison rationale, MEM-OBJ-episodic-snapshots, MEM-OBJ-summary and RT-BAP-plan-decisions.