Secure LLM-Wiki synthesis verification

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

Verification

Checked every substantive passage of the handed public synthesis against the supplied records and reconciliation supersessions. Read the account without assuming that a public reader already knows the supporting members. The synthesis supports publication as a bounded implementation account, not a security certification or a demonstration of factual knowledge production. No source files were read and no evidence was added. The supplied synthesis answers are empty; no synthesis refusal or previous synthesis verification was supplied. The report and profile verifications declare neither blockers nor additional limits requiring carriage.

Boundary, progression and admission

The synthesis identifies SRC-1, the exact reviewed commit, cutoff, whole-system scope and implementation/design evidence basis. Its explicit lack of target execution and generated instance state matches the boundary. Statements about model calls, host-owned sequencing and effects, and the separately invoked ingestion-to-query workflow are supported by RT-RTE-ingest-admission, RT-RTE-context-query and the workflow account. They do not imply autonomous model scheduling or successful observed delivery.

Acquisition truncation, excerpt hashing, original rather than cleaned model input, pending proposal construction and empty-extraction termination retain the distinctions in EPI-OBJ-source-text and RT-RTE-extraction-parsing. Nonce enforcement is scoped to whole envelopes; compatibility responses remain subject to downstream admission. The public text therefore neither promises uniform extraction verification nor claims an unreviewed-persistence exploit.

The batch review, partial embedding coverage, sequential gate inputs and absence of enforced model-weight independence agree with RT-RTE-ingest-admission and RT-CMP-review-model. The five-check account preserves the global trust rejection condition, the vector/fallback distinction and similarity's limited meaning. Admission without per-proposition human approval, quarantine as the escalation destination and bounded JSON/nonce retries are supported by EPI-RTE-security-checks, EPI-RTE-gate-disposition and the workflow account. No general error-recovery or factual-acceptance guarantee is inferred.

Persistence and actual consumers

The public account correctly separates frontmatter reload from display prose, ordinary gated admission from direct storage/manual edits, and file writes from Git/vector effects. Its local/API qualification avoids inventing a remote attack surface (MEM-OBJ-claim-text, EPI-RTE-store-retention). It uses the memory claim-text and embedding records retained by the reconciliation supersessions, without losing the epistemic qualifications.

The different later consumers of text, eligibility fields, vectors, diagnostics and history remain intelligible. In particular, vectors affect admission rather than query retrieval, and retained rejection reasons do not become automatically learned policy (MEM-OBJ-claim-metadata, MEM-OBJ-claim-embeddings, MEM-OBJ-gate-records, MEM-OBJ-wiki-history).

Read-time guarantees retain their consequential conditions beside the claims: current deserialized trust, optional pending pages, a separate quarantine directory, strict alternate builders and no demonstrated ordinary-ingest bypass. Selection is not question-specific, and the session snapshot does not refresh. Marker stripping is not treated as semantic preservation or model obedience. Unchecked streamed answers remain distinct from accepted correctness (RT-RTE-context-query, EPI-RTE-text-render, RT-BAP-query-evidence). Maintenance qualifications preserve non-retroactive trust assignment, surviving-history conditions and manual recovery (MEM-OBJ-trust-rules, RT-RTE-operator-maintenance).

Conclusions and limitation carriage

The scenario-relative assessment leads with the supported durable handoff, then distinguishes security admission, factual warrant, delivered material, activation and benefit. This agrees with RT-CLM-security-boundary, EPI-CLM-compiled-knowledge and EPI-CLM-quality-evidence. The suggested evidence and architectural changes address the corresponding open conclusions rather than promising that any one change establishes safety or improvement.

The four theory-builder conditions are assessed separately as unestablished, not as evidenced universal absences. Learning, reflection, autonomous theory building and self-improvement are not collapsed into a grade. Host-owned ingestion stages are acknowledged despite the unestablished theory-building conclusion. The strongest supported contribution remains retained material with later consumers; neither criticism-driven improvement nor an exercised improvement-directed organizational update is inferred from it (RT-RTE-ingest-admission, RT-RTE-operator-maintenance, MEM-OBJ-gate-records). The searched query-feedback negative stays local, leaving original input provenance, arbitrary writes and provider adaptation unresolved (MEM-ABS-query-feedback).

The Limitations table carries the consequential source-only, instance/provenance, semantic/factual, vector, external-provider, persistence/recovery and learning uncertainties with affected records, prevented conclusions and resolving evidence. Reconciliation supplies no unresolved conflict, and the prior-stage verifications supply no additional limit. No unsupported comparison value, materially misleading compression or record fault requiring a new publication limit was established. The remaining uncertainty is already faithfully scoped in the public text.

Blockers

none

Limits

none