AriGraph synthesis verification

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

Verification

I checked every substantive statement in the bounded synthesis against the handed boundary, runtime, memory, epistemic and workflow members. I read the reconciliation's three object supersessions and remaining Hypergraph conflict, and the report and profile judgments. No refusal or previous synthesis verification was supplied; the synthesis answers file is empty. No source reads, new evidence, target execution or corrected text were needed.

The public account is supported within its declared boundary. It explains the source-native progression without requiring supporting-member context: observation admission, maintenance, selection, planning, dispatch, feedback and termination, followed by QA and alternate consumers. Its opening distinguishes implementation, declared intent, attributed tables and bounded committed-log sequences, and excludes fresh execution and causal comparison. This matches the boundary and Source register. The README's superiority and scalability language remains an attributed claim rather than the synthesis's comparative judgment: RT-CLM-memory-performance.

Mechanism and workflow support

The attempt-local graph, synchronous model roles, default budgets and separate inventory ordering are supported by RT-RTE-game-cycle, RT-RTE-game-memory and the workflow account. Cleanup and syntactic filtering are not promoted to semantic fidelity: EPI-RTE-observation-cleanup, EPI-RTE-triplet-parsing and EPI-CLM-concrete-extraction. The mixed text, symbolic and numerical store account distinguishes actual consumers and process-local retention from file logging and unused JSON capability: MEM-OBJ-triplets, MEM-OBJ-obs-episodic, MEM-OBJ-graph-embeddings and MEM-OBJ-logs.

The maintenance conclusion preserves both the positive withdrawal mechanism and its narrow guarantees. Model-guided comparison is distinct from code's exact-membership and caller-location guards; discarding the replacement side prevents a verified replacement transaction. The live-fact withdrawal does not erase historical episode text, extraction associations, plans or snapshots. These statements follow EPI-RTE-removal-parsing, RT-RTE-game-memory, MEM-OBJ-obs-episodic and MEM-OBJ-episodic-snapshots. Unknown source warrant and indeterminate semantic transformations remain uncertainty, not unsupported claims of either entailment or conjecture; candidate retention is not substituted for acceptance or accepted-claim integration. The epistemic bounded conclusion supports that distinction.

The selection account preserves per-expanded-query top-k rather than a global six-fact ceiling, previous-subgraph/old-plan episode ranking, post-top-k exclusion without backfill, and the inventory-string mismatch. It does not revive the resolved promise of successful recent-window suppression: RT-RTE-game-memory and its memory annotation. Model-context delivery, whole-plan replacement and subsequent interpreted guidance are not claimed as demonstrated memory-item activation: RT-BAP-memory-decisions, RT-OBJ-plan and RT-BAP-plan-decisions.

Action fallback, the missing allowlist check, navigation expansion, final-feedback-only admission, diagnostic feedback and logged termination retain the workflow's conditions and effect boundaries. The synthesis correctly withholds reliable recovery and successful completion, and does not equate the outer-loop budget with a command or expenditure bound: RT-RTE-graph-navigation, RT-BAP-action-dispatch and the workflow account.

Alternate routes and independent property findings

The QA account preserves per-question reset, additive admission, question-directed retrieval, fresh-subgraph overlap and post-generation reference scoring. The nonexact recorded answer and loader/model-selection defects are scoped to RT-RTE-qa-cycle, not generalized into failure of every configuration. Lexical scoring, repeated-token limitations, the defective removal evaluator and the separate nonconsequential reference diagnostic remain distinct: EPI-RTE-answer-metrics, RT-RTE-graph-evaluation and EPI-RTE-reference-match.

Separately invoked full-history, summary and smart-RAG scripts are not presented as automatically interchangeable main-driver backends. Unchecked summary fidelity and smart-RAG's oldest-entry indexing qualification survive compression into the public account: RT-RTE-full-history, RT-RTE-summary-cycle and RT-RTE-smart-rag. Hypergraph and ObservedGraph remain available interfaces without established shipped downstream agent consumers: RT-RTE-hypergraph-update and MEM-RTE-observed-update.

The adaptation discussion leads with the supported automatic experience-to-retained-state-to-later-consumer pathway. It does not infer beneficial learning from trace-fed writes. The runtime has no separate theory-builder condition assessments; the public text acknowledges this and keeps formulation, theory-dependent consumption, content-directed criticism and iteration unestablished rather than absent. Reflection, computational ownership without per-action human approval, autonomous theory building and exercised self-improvement are not collapsed into one verdict. The unused named reflexion prompt is a bounded invocation absence, not evidence against every possible reflective process: RT-ABS-reflex-invocation and the epistemic bounded conclusion.

For self-improvement, the public text names task success, the one-attempt horizon, the live retained-state pathway and the missing causal dependence of subsequent behavior on a specific improvement-directed change. It separately withholds successful improvement. No assertion of opaque provider training or exact checkpoint identity is made: RT-RTE-game-memory, RT-BAP-memory-decisions, RT-CMP-gpt-agent, RT-CMP-retriever and RT-CMP-llama-agent. The final scenario-relative assessment and proposed evidence or system changes follow the stated missing activation, attribution, maintenance, evaluation and reload evidence; they are not adoption advice or product rankings.

Carriage of settled limits

The Limitations table carries the unresolved alternate spatial-store inventory and the grouped profile-unit consequences with the affected analyst-record citations. The former names the movement condition and inherited triplet storage, withholds complete Hypergraph inventory/lineage/authority comparisons, and does not infer deployed navigation. The latter withholds fine-grained counts and one-to-one part/consumer comparisons without denying the supported forms or effects. These are local incomplete inventories, not defects in the main game/QA characterization or unsupported emitted comparison values. The reconciliation's triplet, episodic-text and summary supersessions are respected through citations to their memory counterparts; the valid Hypergraph container remains compatible with its finer content/index records.

The other limitation rows preserve bounded operation, missing causal comparisons, semantic uncertainty, diagnostic evaluation/configuration defects and external-model/auxiliary-consumer uncertainty. No substantive passage upgrades those uncertainties to absence, complete coverage, verified truth or demonstrated benefit. No additional record fault requiring a public caveat was found. The two retained inventory limits below already have their consequences in the public text; neither meets the verification type's blocker threshold.

Blockers

none

Limits

• RT-RTE-hypergraph-update, MEM-OBJ-hypergraph-content, MEM-OBJ-hypergraph-index and EPI-OBJ-thesises leave the alternate API's inherited spatial-triplet part separately undeclared and its relationship to thesis/event state unassessed. SRC-1, graphs/hypergraph.py, supports reciprocal movement-fact insertion when location changes under a non-go to action. Withhold complete Hypergraph storage, write-lineage, maintenance and authority comparisons. Supported thesis/event mechanisms and the main game/QA account remain valid; deployed alternate navigation or planner use is not established. The public limitations carry this consequence.
• The grouped profile scopes described in the public limitations do not provide one-to-one operative-part or consumer-path enumeration. Relevant records are MEM-OBJ-episodic-snapshots, MEM-OBJ-summary and RT-BAP-plan-decisions: SRC-1, graphs/contriever_graph.py, pipeline_summary.py and pipeline_arigraph.py. Withhold fine-grained inventory counts and one-to-one comparisons for snapshot text/association/score/tensor parts, summary decision/update consumers and plan interpretation/update/ranking paths. Their supported forms and behavioral effects are not withdrawn.