MGI-Mind report verification

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

Verification

The current reports support a bounded source-grounded account. The earlier runtime temporal-filtering blocker is repaired. One local storage-inventory omission remains a limit, not grounds to withhold the supported routes. I read the complete supplied boundary, four analyst reports, reconciliation, correction answers, previous verification, structural check and governing contracts. The structural check says none; there is no structural failure to route. I assessed every declared record and annotation for referent, supporting passage, evidence strength, consumer and scope, and checked the six reconciliation supersessions, both explicit Part of: relations and the treatment of overlaps and disagreements. Deterministic citation and quotation-occurrence checks are not a substitute for this semantic assessment.

The checkout HEAD matches the registered source. All independent source inspection was read-only within SRC-1 at a8defc36f7d0bcd5108714763a12625a0eda0868. No target command, test, example or model service was executed. The tracked tree supports the whole-system functional boundary, including shipped clients and evaluators; it does not include external SDK/provider internals. No contradictory target classification was found.

Correction and dependent conclusions

I independently reread build_context, fact admission and the shipped CLI handoff in SRC-1 src/cli.rs and src/knowledge.rs. RT-RTE-context-briefing now accurately identifies valid/status filtering, newest-first selection limited to 20 candidates before temporal filtering, and the absent-or-future valid_until check with no valid_from lower bound. Caller-supplied valid_from survives fact admission, so this distinction concerns supported inputs. The route's predicate, expiry field, added explanation and runtime account all withhold complete interval validity. The correction answer is supported by the changed report rather than accepted on its assertion alone.

The memory annotation and MEM-OBJ-fact-state agree with that narrower finding. The epistemic ledger delegates briefing details to the runtime record without adding a complete temporal guarantee. Reconciliation correctly recognizes that the former disagreement is resolved. Memory's retained request to correct the old wording is historical integration context, not a remaining contrary factual claim. No temporal blocker or disagreement limit remains.

Runtime, retention and delivery

Independent reads of the complete OpenAI driver, Python parsing/rendering, HTTP add/recall branches, authored storage and hybrid search support RT-RTE-assistant-memory, RT-BAP-host-recall and WF-RTE-response-delivery. Tool use is conditional on the host. Search ranks full content, then limits and display-truncates it; Python returns content and optional author labels rather than structured IDs, scores or all provenance. Printing final_output is delivery, not an answer-correctness gate. The workflow does not invent conversation transfer, an SDK recovery policy or successful recall. SRC-1 docs/integrations/openai_agents.py, clients/python/mgimind/_client.py, src/http_api.rs, src/storage.rs.

The note/vector, fact/state, procedure/skill and separate outcome-statistics distinctions are meaningful at their consumers. The remaining memory objects preserve different roles: quarantine retains candidate text; session summaries and blocks supply later briefing text; origin vectors and access counters influence server calculations; audit history is not automatic undo; the terminal vault is not an established model-context route. Their retained passages support these bounded findings without authenticating stored assertions. MEM-OBJ-memory-vectors, MEM-OBJ-origin-context, MEM-OBJ-access, MEM-OBJ-audit and MEM-OBJ-vault retain local initialization, durability and downstream-use limits rather than implying uniform provenance.

I traced ingest's cheap rejection, novelty failure, promotion, live-point guard, near-duplicate and accepted-memory branches. Direct authored add bypasses these extra policies. Transcript parsing excludes tool/thinking blocks and discards the calculated source tag; role-tagged text is not a semantic summary. Provenance admission validates citation shape, not source occurrence. These findings support RT-RTE-ingest-admission, MEM-RTE-transcript-harvest, EPI-RTE-text-selection and EPI-RTE-provenance-import. SRC-1 src/ingest.rs, src/session_ingest.rs, src/provenance.rs, src/storage.rs.

Source reads of Markdown apply, consolidation, skill writes/ranking, session end/last, blocks and export rendering support the reported admission and recovery differences. Deletion-before-replacement is not atomic rollback; apply authorization is not human review of every item; same-name playbooks can retain trust history; generated instruction files are not automatically installed. Global newest-session selection, complete end-footer rendering, catalogue/body reload and per-surface caps do not establish host compaction or one global token budget. See RT-RTE-markdown-reconcile, RT-RTE-store-consolidation, MEM-RTE-pinned-blocks and MEM-RTE-portable-export. SRC-1 src/md_reconcile.rs, src/consolidate.rs, src/skill.rs, src/session.rs, src/cli.rs, src/storage.rs.

Local cached ONNX loaders agree with RT-CMP-embedder and RT-CMP-reranker: loading files is not parameter training or immutable deployed-byte evidence. The extractor and external host component records separately retain installation and provider uncertainty. Search's best-effort rerank fallback keeps the existing fused order. Nothing in these records licenses observed benefit or weight-update claims. SRC-1 src/embedder.rs, src/reranker.rs, src/storage.rs; additional component evidence is retained in RT-CMP-extractor and RT-CMP-host-model.

Authority, checks and evaluators

Independent fact-add and query inspection confirms that operational standing depends on cardinality, history and policy, not a world-truth oracle. First writes and Multi axes bypass duels; contested/unknown can remain visible. Withdrawal and automatic retirement have different consequences. The retained epistemic decomposition into comparison, disposition, withdrawal and consumption is compatible with MEM-RTE-fact-lifecycle, not a replacement for only part of its lifecycle. SRC-1 src/knowledge.rs; the comparison evidence is retained in EPI-RTE-fact-comparison.

The optional extraction worker sends parsed triples to global fact admission. Its parser and one wording repair check response structure, not semantic entailment. Thus the indeterminate content-transformation assessment and absence of an established produced accepted ampliative claim are appropriately bounded, not a system-wide claim that conjecture is impossible. See EPI-RTE-extraction-parser, SRC-1 src/extractor.rs.

I followed MCP outcome handling into memory-namespace signal helpers, the novelty-gated procedure bridge, the separate statistics write and procedure/skill ranking consumers. MEM-RTE-outcome-ranking, EPI-RTE-outcome-recording and EPI-RTE-outcome-trust correctly preserve caller-reported success, latched verification and same-key reversal without counter reversal. This is implemented durable selection adaptation, not authenticated testing or demonstrated capacity improvement. SRC-1 src/mcp.rs, src/storage.rs, src/procedure.rs, src/skill.rs.

The fact typed-signal namespace gap is independently supported: retest reads scalar inputs from facts but typed signals through the memories helper; fact-add challenger inputs use zero external count and no typed score. The actual background loop performs bounded retests and reflags errors; its existence does not resolve that gap or prove HTTP lifecycle parity. MEM-RTE-fact-retest, EPI-RTE-confidence-retest and EPI-CLM-outcome-duel preserve these distinctions. Conditional numerical drift ranking is not fresh proposition testing. SRC-1 src/doubt.rs, src/knowledge.rs, src/storage.rs.

Evaluator source inspection supports the gold-ID/fix-string scope, constructed policy baseline and empty frozen STALE aggregation reported in EPI-RTE-benchmark-evaluation. Procedural learning writes _procedures while temporary-library cleanup names another library, supporting MEM-CLM-benchmark-isolation. No raw score is adopted as observed efficacy. Requested recall, advice, retention and verification labels do not establish semantic acceptance, lifecycle integration, content-directed criticism, learning or exercised self-improvement. Those conclusions remain independent and bounded in the reports. SRC-1 src/bench.rs, src/bench_procedural.rs, src/bench_policy.rs, src/bench_stale.rs, src/storage.rs.

Reconciliation and omission-search dispositions

The six object supersessions identify the same retained referents across lenses without replacing findings. Citation-bearing memory and summary-within-session are valid narrower objects, not reasons to delete valid containers. The two explicit Part of: relations are supported: response processing belongs inside assistant-memory, and parsing inside auto-extraction. Lifecycle, retest and outcome routes overlap without being interchangeable whole routes. Reconciliation's integration dispositions preserve the typed-fact gap, caller verification limits, evaluator contamination possibility and conditional extraction exception. No unresolved inter-report conflict requiring correction remains.

Omission questions came from the frozen source tree and alternate producer/consumer dependencies. First, could alternate HTTP shapes/formats or accepted-memory side effects defeat the reported confinement account? Scope normalization, route gating, JSON recall, text rejection, both search arms, ingest branches and the extractor worker support RT-RTE-scoped-http and RT-RTE-auto-extraction. The accepted Memory branch can enqueue without checking confinement under feature/install/admission conditions; this is supported-input reachability, not an observed successful global write. SRC-1 src/http_api.rs, src/storage.rs, src/ingest.rs, src/extractor.rs.

Second, could a downstream consumer recover omitted material or impose stronger authority than note search? Client rendering, briefing, catalogue reload and export support differentiated channels, not universal preservation of reasons or mandatory host obedience. Third, could a trace-derived install-mode recommendation automatically revise policy? The show/recommend and separate explicit set/save handlers do not establish automatic adoption or improvement; this remains consistent with the epistemic report's scoped uncertainty about administrative paths. SRC-1 src/cli.rs.

Finally, examination of alternate HTTP persistence found an opaque JSON KV capability omitted from the memory inventory. Its consequences are retained below. Searches in shipped clients, integrations and tests found route-denial test references but no established later assistant consumer for this capability. This omission does not negate the positive retained-memory routes or establish a new epistemic acceptance mechanism. Further optional expansion stopped because the selected central challenges have supported dispositions and the local omission has a bounded limit. Uninspected historical-query equivalence, restoration, migration/backfill, host deployment and raw benchmark results cannot support exhaustive safety, temporal or efficacy comparisons; the reports already withhold those conclusions.

Blockers

none

Limits

• The memory coverage inventory and operative-object inventory do not characterize the HTTP server's additional opaque JSON KV storage capability. Within the included SRC-1 src/http_api.rs, /kv/set accepts arbitrary JSON under a nonempty key and persists the map to data_dir/kv_store.json under a process lock using temporary-file rename; /kv/get returns the keyed value. Missing/corrupt files load as an empty map. This is an additional file-backed persistence surface, not evidenced semantic extraction or a wired later assistant consumer. Withhold completeness of the storage inventory and any comparison of all checkpoint/resume channels. The established note/fact/playbook/session routes and their authority assessments remain supported. The implementation directly retains the submitted value:

let value = args.get("value").cloned().unwrap();

let _guard = state.kv_lock.lock().await; let mut map = kv_load(&state); map.insert(key, value); --- src/http_api.rs