BRAN profile verification
Type: agentic-system-analyses/types/agentic-system-verification.md
Verification
I checked all ten axes in the memory comparison, including finding support, evidence basis, natural units, unresolved alternatives and axis aggregation. The supplied reconciliation establishes no supersessions; records therefore retain their declaring identities. The empty profile answers supplied no predecessor objections to adjudicate. This verification uses the handed records, not additional source inspection or target execution.
Retained boundary, storage, form and lineage
The profile separates accumulated repository material, recorded query use, retained connected products and effective settings from ephemeral packet/projection buffers and static shipped instructions. It keeps optional storage and derived-file alternatives visible without claiming integrated later agent use. Excluding temporary database extraction and export/reparse buffers is supported by MEM-CMP-database-evidence and MEM-CMP-obsidian-export; neither establishes retained later consumption.
- Storage substrate: the local file findings are supported for repository/document/SCIP reads, query history, connected result batches, settings, optional derived publication and FileStateStore. The optional helpers remain afforded rather than production-wired. The unspecified custom result-store port prevents complete coverage. Opaque artifact semantics do not make its inspected filesystem substrate unknown. See MEM-RTE-document-selection, MEM-RTE-symbol-reload, MEM-OBJ-evidence-request, MEM-OBJ-lossless-artifact, MEM-OBJ-file-state, MEM-RTE-derived-rebuild and RT-RTE-runtime-port.
- Representational form: prose at evidence/readers is distinguished from symbolic selection fields, source associations, settings and derived framing. Unknown enclosed bytes are not classified from their hash, container or display summary. The coarse unresolved unit preserves the different opaque alternatives rather than asserting a complete form inventory. MEM-OBJ-result-answer, MEM-OBJ-result-support, MEM-OBJ-derived-snapshot, MEM-OBJ-generated-validator and MEM-OBJ-derived-report support those distinctions.
- Lineage: acquisition/import, query-use extraction, operator-authored settings and deterministic compilation are supported at the named derivation steps. Canonical result encoding does not resolve provider content provenance; deterministic derived output does not resolve its arbitrary input origins. The partial units retain these gaps. See RT-RTE-query-packet, MEM-RTE-evidence-feedback, RT-RTE-settings-apply, MEM-RTE-derived-rebuild and MEM-OBJ-result-support.
Actual consumers, admission and maintenance
- Behavioral authority: knowledge supply and ranking inputs are independently supported, as are replay input routing and diagnostic evidence. Source bytes supply both validation criteria and a completion veto; this does not make source assertions true. Retained settings select invocation paths and constrain requests, not independently attest external enforcement. The profile's unknown authority unit prevents names such as GeneratedValidator from becoming unsupported learning or validation findings. See RT-BAP-evidence-supply, RT-RTE-query-packet, MEM-RTE-evidence-feedback, RT-RTE-connected-request, EPI-OBJ-provider-claims and RT-BAP-settings-consumption.
- Write agency: opt-in query recording and validated result publication support automatic admission without requiring per-content human approval. The explicit TUI draft/Apply decision supports manual admission for that UI route. The derived-only helper supports afforded automatic admission. Generic caller identity, initial content creation and asserted repair authority remain unresolved instead of being treated as human approval. These are distinct admission mechanisms, not classifications of physical file I/O. See MEM-RTE-evidence-feedback, RT-RTE-connected-request, RT-RTE-settings-apply, MEM-RTE-derived-rebuild and RT-RTE-maintain-apply.
- Curation operations: replacing an existing query record, effective settings, source target or derived target supports evolve at the corresponding wired or afforded layer. Result age/capacity eviction supports decay. The relevant memory annotation on RT-RTE-connected-request supplies deletion/eviction detail. MEM-RTE-evidence-feedback and MEM-RTE-derived-rebuild do not justify semantic synthesis merely from proposal or rebuild names. The partial inventory makes no complete-operation or absence claim.
Read-back operations and trace-fed writes
- Read-back direction: explicit repository/history/result requests are pulls. Returning selected material in response does not add a second push. Automatic settings loading and cited-source reopening at completion are separate supply operations to setup and validation consumers. The latter uses retained repository content, not newly stored answer history. Generic state get is only afforded access; unresolved derived/custom/artifact consumers remain separate. See RT-RTE-query-packet, MEM-RTE-evidence-feedback, RT-RTE-connected-request, RT-RTE-settings-apply and MEM-OBJ-file-state.
- Read-back signal: settings availability supports coarse selection. At grounded completion, admitted citation locators actually select the retained source files reopened for checking, supporting identifier selection. This differs from an identifier merely naming a requested result. The profile names trigger, inputs and selected parts for both pushes; it does not misclassify requested lexical retrieval as inferred-lexical push. Inapplicability is confined to named pull chains, not extended to unresolved alternatives. See RT-BAP-settings-consumption and RT-RTE-connected-request.
- Trace learning: the recorded query chain supplies retrospective diagnostics without an established automatic durable behavior-shaping revision. Connected answer publication is not itself an established trace-fed update, and opaque inputs/consumers remain unresolved. None of the handed reports declares a bounded absence record. With no supported controlled positive or negative, not-determinable is appropriate; it is not a disguised system-wide no. See MEM-RTE-evidence-feedback, MEM-OBJ-result-answer, MEM-OBJ-lossless-artifact, MEM-RTE-derived-rebuild and RT-RTE-runtime-port.
- Trace source: trace-extracted lineage alone does not identify an original input to a qualifying learning write. No qualifying write is established, and complete bounded absence is also not established. Keeping applicability unresolved rather than assigning session logs, tool traces, event streams or trajectories is supported by those same records. No summary/continuation route in the handed records requires an omitted positive classification.
Disposition and consequential boundaries
The eight partially classified axes retain supported findings and unresolved included coverage. The two trace axes have no controlled findings and remain not-determinable. No emitted finding is promoted from afforded to wired by an unrelated witness, and none claims observed operation or causal support. The supported local mechanisms remain usable comparison findings; complete-value enumeration, opaque-payload meaning, external-host compliance, actual downstream reliance and benefit must be withheld as the profile already states. The workflow's separation of runtime completion, local retention, CLI delivery and outer-task success corroborates that boundary without introducing another memory mechanism; see workflow account.
No material unsupported value, false complete assessment or concealed alternative was established. The unresolved facts are already expressed in the profile's units and assessments; they are faithful scope qualifications, not additional verification limits.
Blockers
none
Limits
none