MindBase report verification

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

Verification

The pinned reports support publication of a bounded account, with the two inventory limits below. I read the reports, their declarations and annotations, reconciliation, correction answers and previous verification completely. The supplied report-check is none; no structural failures require routing. I judged the correction answers against the frozen implementation rather than treating either the answers or the previous objections as established findings.

SRC-1 HEAD equals the reviewed commit and Git reports no working-tree changes. I enumerated the tracked tree and inspected source text only: no target execution, tests, examples, model calls or external evidence. The boundary's memory/knowledge/context-engineering classification and complete-artifact/partial-loop scope remain supported. The source findings below are implementation evidence unless identified as instructions or public claims, which supply doctrine/design evidence. None establishes observed operation or causal benefit.

Record and evidence dispositions

I checked every declared record, its source anchors, evidence strength, consequential consumer and annotations. Deterministic form and quotation occurrence are not substitutes for these support judgments.

• Server admission and execution. Direct inspection of SRC-1 apps/server/src/routes/ops.ts, apps/server/src/ops/runner.ts, apps/server/src/ops/types.ts, apps/server/src/ops/executors.ts, apps/server/src/ops/llm.ts, the contribute/build/research recipes, gathering, daily-entry persistence and the web OpRun caller supports RT-OBJ-actions, RT-RTE-contribute-plan, RT-RTE-build-context and RT-RTE-research-page. Source capture precedes the contribution checkpoint; apply consumes stored plans and filters their indexes without checking current project/user ownership. Build and research apply structurally admitted actions directly. Recipe prose is narrower than the common action union. Per-action catches preserve earlier effects, while applied-event reindexing is asynchronous. These findings support the qualification of RT-CLM-approved-changes, not a universal human-approval, transaction or filesystem-sandbox guarantee.
• Models, content and access state. SRC-1 apps/server/src/context.ts, adapter registry/Ollama request translation, embedder, embedding indexer/store and hybrid retrieval support RT-CMP-model, MEM-CMP-bge-m3, MEM-OBJ-embeddings and MEM-OBJ-access-metadata. These paths perform inference and derived indexing, not provider-weight updates; endpoint/version uncertainty remains local. Hashing the whole supplied body does not mean the clipped encoder receives it all. MCP contribution, ops gathering and write recipes support MEM-OBJ-sources, MEM-OBJ-context, EPI-OBJ-source-text and EPI-OBJ-wiki-pages. Paths and source labels do not authenticate authorship or warrant. Their distinct content/envelope, retained/transient and narrow/broad-corpus identities are defensible.
• Consumers and context control. I followed SRC-1 packages/core/src/qa/query.ts through candidate loading, source preference, body clipping, raw-source lookup, history slicing, tool results and terminal events, then apps/server/src/routes/ask.ts through persistence. RT-RTE-ask-answer and its memory annotation correctly distinguish source-block budgeting from all-message bounds and tool-read paths from factual citation verification. Generator error can leave partial text for the route's marker check; the report does not claim an observed partial-answer save. The complete hook and registration support RT-BAP-session-context, including unsolicited project-file supply and compact/clear reload, not host compliance or host compaction semantics. Recipe interpolation supports RT-BAP-project-rules's advisory README path; research does not interpolate that README. Source mtime and file-count selection support the build annotation's possible skipped-source coverage, not an observed loss.
• Alternative retention and retrieval. Direct SRC-1 reads of MCP ask/search/read/semantic handlers, load-project and resources support MEM-RTE-mcp-retrieval. MCP ask is not core askQuestion; legacy-path reconstruction and separate remote transient embeddings are correctly retained. Chat routes, recall, resources and excerpt saving support MEM-OBJ-chats, MEM-OBJ-chat-excerpts and MEM-RTE-chat-retention: caller transcripts and separately filed notes have independent retention. Tree CRUD, path resolution and trash routes support MEM-RTE-tree-edit, without guaranteed cascade withdrawal or cache invalidation. CLI dispatch/ingest/query and core L1/context gathering support MEM-RTE-cli-ingest, EPI-OBJ-compile-plan and EPI-RTE-cli-admission. Prior source ingestion, all-or-nothing confirmation, --yes and default-approved missing entries are distinct from factual acceptance. Additional memory inspection does not contradict epistemic's narrower caller-only assessment.
• Synthesis and checks. Both SRC-1 synthesis producers, complete validator, cache, endpoint, contradiction tool and refresh worker support MEM-RTE-synthesis-cache, EPI-RTE-topic-synthesis, EPI-RTE-synthesis-cache, EPI-OBJ-synthesis-prose and EPI-OBJ-citation-fields. The no-inline-marker counterexample uses supported input fields: valid coordinates can retain unrelated prose. This challenges EPI-CLM-sentence-pruning without establishing measured model unreliability. Cache replay does not check source hashes/staleness; SSE omits stored summary. Ops lint's complete check/filter/retention branches support RT-RTE-lint-findings, EPI-RTE-evidence-quotes, EPI-OBJ-lint-findings, EPI-OBJ-lint-prose and EPI-OBJ-lint-controls. Duplicate same-page evidence can satisfy the count gate; occurrence is not a semantic-conflict decision. README and prompt claims remain attributed doctrine in EPI-CLM-wiki-audit and EPI-CLM-knowledge-compounds, not exhaustive diagnosis or longitudinal improvement evidence.
• Diagnosis versus repair. SRC-1 contradiction-probe, analysis cache, scheduler, insights, suggestions and routes support EPI-OBJ-probe-reason, EPI-OBJ-probe-verdict, EPI-RTE-contradiction-probe and EPI-RTE-probe-consumption. Error fallback shares a substantive enum; listConfirmed selects verdicts without a current-model/prompt filter; resulting suggestions rank review without resolving truth. Independently, health orchestration, L2 overview/prompt/dispatch, crosslinker and inspected executor handlers support EPI-RTE-health-maintenance. The API can write; human_touched vetoes are handler-specific, and flag/merge acknowledgments need not persist a resolution. The deterministic title-link example supports bounded reshaping, not warranted entity identification.
• Hosted workflow. Full SRC-1 build command/builder, validate/load/gather, atomic writer, rebuild-index and append-log reads support RT-RTE-plugin-build and the workflow account. Instructions afford the sequence; handlers implement individual steps. Validation returns a report, not a write precondition token. Gather lists metadata, not incorporation receipts. Snapshot failures can be swallowed; rename does not cover overflow/log/index obligations; final delivery relies on the child's summary. No independent successful execution, guaranteed backup or automatic restore follows. The workflow annotation preserves these distinctions.

All explicit Part of: relations are supported: the quote gate is an ops-lint subroute; the retained lint artifact is that route's product; prose and fixed-rule controls are parts of the artifact. Cross-kind containment is explained. There are no supersessions. The reconciliation preserves valid containers alongside narrower routes and objects rather than replacing fields or selecting stronger statuses. Overlap between memory and epistemic synthesis, contributor and corpus inventories is not a contradiction. No unresolved cross-report conflict remains identified; different inspection depth and implemented-tool versus afforded-host-sequence scopes do not require a conflict paragraph.

Correction checks and omission challenges

The runtime and memory cap corrections are supported, including their dependent account, object, annotation and integration passages. SRC-1 apps/server/src/ops/types.ts admits add_wikilinks targeting context.md. The complete executor confirms both the unchanged-return case and unchecked append of missing links. Contribution/build/research schemas admit that union and their coordinators forward it. Thus this is a supported-input alternative, not merely an unchecked branch or a claim about actual model choices. Replacement/section-append checks remain real branch controls; MCP replacement separately relocates overflow. Reconciliation now carries these distinctions without endorsing an executor-wide cap. The previous cap blockers are discharged.

The epistemic correction is also supported. SRC-1 apps/plugin/agents/curator.md grants and requests mindbase_run_wiki_health; apps/mcp/src/tools/run-wiki-health.ts defines run_wiki_health, and apps/mcp/src/tools/index.ts dispatches exact names. Plugin MCP configuration launches an external npm command; it does not establish an alias at this commit. The corrected coverage, ledger, record and conclusion withhold curator-to-writer reachability while preserving independent API mutation capacity. This discharges the previous authority-path blocker without inferring host safety.

I selected omission questions from the frozen tree and state producer/consumer dependencies, not just cited anchors: could another admitted action bypass context controls; could the curator actually reach the mutating API; and could omitted filing, instruction editing or classification overturn the bounded epistemic and memory conclusions? The first two now have the supported dispositions above. For the third I directly inspected SRC-1 answer-file-back, its core plan builder, schema routes, classification worker, classifier, samples and prompt. Filing is another operational persistence path; schema replacement is an instruction-edit surface; classification reloads retained rules and examples into later decisions. None supplies a recorded evidence-consuming truth acceptance decision or observed improvement chain. They do leave inventories incomplete, as specified below and now acknowledged by the reports.

Optional omission expansion stops because these selected consequential challenges have supported dispositions, and no identified material challenge lacks one. Remaining capture/OCR/RSS, SRS/brief, other MCP writers, clients and evaluators need not be exhaustively characterized to preserve this expressly partial-loop account. Their uninspected behavior is not accepted as absence. No system-complete negative, uniform approval/layout/freshness guarantee, autonomous theory-builder verdict or exercised self-improvement attribution is inferred. Missing operation and causal evidence remain beside the affected claims rather than being converted into architectural absence.

Evidence for retained inventory limits

These additional SRC-1 implementation passages retain the mechanisms behind the local limits without creating analyst records or treating verifier inspection as a substitute for such records.

const approved = approvals[action.id] !== false;

--- apps/server/src/routes/answer-file-back.ts

const created = await createNote(ctx.store, ctx.templates, { --- apps/server/src/routes/answer-file-back.ts

await ctx.store.writeText(schema/${file}, content); --- apps/server/src/routes/schema.ts

meta.folder = result.folder; meta.folder_set_by = 'llm'; meta.folder_reason = result.reason; meta.folder_classified_at = new Date().toISOString(); await ctx.store.writeJSON(metaPath, meta); --- apps/server/src/lib/classify-worker.ts

const userRules = await loadClassifyRules(store); const samples = await sampleNotesPerFolder(store); --- packages/core/src/classify/classify-note.ts

result.set(folder, items.slice(0, SAMPLES_PER_FOLDER).map((x) => x.title)); --- packages/core/src/classify/samples.ts

const titles = samples.get(f.path) ?? [];

--- packages/core/src/classify/prompt.ts

role: 'system', content: systemContent --- packages/core/src/classify/prompt.ts

Blockers

none

Limits

• Requested answer filing and editable schema instructions remain outside the declared route inventory. MEM-RTE-chat-retention, RT-RTE-ask-answer, MEM-RTE-tree-edit, the epistemic coverage boundary and reconciliation do not provide complete records for SRC-1 apps/server/src/routes/answer-file-back.ts, packages/core/src/file-back/build-plan.ts and apps/server/src/routes/schema.ts. Direct inspection establishes deterministic answer-to-plan construction, caller selections with default approval, note/edge effects and allowlisted schema replacement/reset, not factual acceptance or automatic criticism-to-method revision. Withhold complete filing, admission and instruction-edit comparisons. The existing route-bounded conclusions remain supported.
• Retained classification guidance and examples remain outside the declared memory/epistemic record inventory: see memory coverage, epistemic coverage and reconciliation. SRC-1 apps/server/src/lib/classify-worker.ts writes folder/reason metadata; packages/core/src/classify/samples.ts selects up to ten recent titles per retained folder; packages/core/src/classify/classify-note.ts loads these samples and rules; packages/core/src/classify/prompt.ts places rules/examples in the system message and clips note bodies to 4,000 characters. This is additional retained guidance and context selection, not demonstrated trace-derived lessons, improved classification or exercised self-improvement. Withhold complete working-context, retained-authority and policy-adaptation inventories; do not extrapolate the traced synthesis/hook mechanisms to this consumer.