Beever Atlas reconciliation

Type: agentic-system-analyses/types/agentic-system-reconciliation-report.md

Reconciliation

Evidence boundary and duplicate identity

The reports share the boundary and its Source register. Their implementation findings do not establish observed operation or causal benefit. This reconciliation uses the supplied members without additional source reads. No correction answers or declined objections were supplied. Connections were reassessed against the current records, including the revised epistemic account of ordinary BM25 fallback.

Amendment: EPI-CMP-contradiction-detector is superseded by MEM-CMP-contradiction-detector. Both declare the same provider model consumer and constructor in src/beever_atlas/agents/ingestion/contradiction_detector.py, with the same model-resolution passage. Both describe provider-owned parameters, unpinned deployed identity, mutable assignment and no inspected parameter update. This establishes component identity without changing either finding or selecting a stronger status. The evaluator and disposition routes remain separately assessed below.

No other supersession is established. The following comparisons rule out replacement identities:

• RT-OBJ-session-state is the process-memory working substrate. MEM-OBJ-channel-messages and MEM-OBJ-chat-history are durable inputs to later working contexts, not alternative declarations of that substrate. Checkpoint and replay findings are annotations on runtime referents.
• EPI-OBJ-extracted-facts spans extraction/classification state and resulting prose. MEM-OBJ-atomic-fact isolates retained prose, and MEM-OBJ-fact-metadata isolates provenance, access and lifecycle fields. The cross-stage object remains a valid container rather than being replaced by its retained parts. MEM-OBJ-text-vector is numerical selector material, distinct from prose and from its producer RT-CMP-embedding-model.
• EPI-OBJ-extracted-entities follows candidates through validation into persistence; MEM-OBJ-graph-entity concerns retained graph/registry material and consumers. The overlapping stage boundaries do not establish identical referents. Neither duplicates the producer RT-CMP-entity-extractor.
• EPI-OBJ-wiki-content concerns compiled prose and incremental sections. MEM-OBJ-wiki-page covers the broader persistence/rendering container, including controls, structured payloads and archives. Likewise, EPI-OBJ-qa-answer follows generated answer text through delivery and history retention, whereas MEM-OBJ-chat-history includes questions, answers, metadata and other traces. These valid containers and content views do not require supersession.
• MEM-CMP-topic-summarizer and MEM-OBJ-topic-cluster concern summary production and retained results, not the wiki-maintainer model or wiki-page referent.

Containers, parts and successor routes

RT-RTE-message-ingestion remains the producer container. WF-RTE-fact-admission covers the callback's narration handling, score filtering, state bridging and malformed-output recovery. EPI-RTE-narration-rewrite, EPI-RTE-quality-check and EPI-RTE-quality-admission distinguish its consequential transformation, numerical comparison and disposition functions. The workflow callback remains valid with these parts separated; it is not superseded. The reports converge on software admission using model-emitted scores, not independent truth verification. The epistemic qualifier-removal example and workflow loss-tolerant recovery describe different callback branches, not conflicting findings.

MEM-RTE-fact-supersession combines candidate selection, contradiction judgment and lifecycle mutation. EPI-RTE-contradiction-check isolates judgment; EPI-RTE-fact-supersession isolates disposition and downstream eligibility. These are parts of a still-valid combined account, not replacement identities. EPI-OBJ-contradiction-report is transient judgment material; MEM-BAP-fact-lifecycle describes the authority of persisted lifecycle fields. Neither is the other or the model component. The two analysts independently retain first-entity candidate restriction, threshold admission and best-effort failures without treating recency or confidence as acceptance of truth.

MEM-RTE-summary-retention is a successor transformation after extraction, not another ingestion pipeline. MEM-RTE-knowledge-retrieval covers requested tool/store reads within or alongside RT-RTE-dashboard-ask and RT-RTE-mcp-ask. The retrieval family does not replace either enclosing answer loop. Its automatic embedding/reranking remains selection within requested read-back rather than unsolicited delivery.

MEM-RTE-wiki-refresh is the full refresh/reorganize/rebuild alternative to RT-RTE-wiki-maintenance. EPI-RTE-compiler-retry and EPI-RTE-builder-retention isolate checking/retry and retention within full generation. They do not replace the full-refresh workflow or incremental writer. The different enforcement points retain their own admission and failure semantics.

MEM-CLM-evaluation-authority assesses several diagnostic surfaces; EPI-CLM-lint-coherence registers one specific source claim. Their shared lint evidence is convergence, not duplicate claim identity. EPI-RTE-wiki-lint, EPI-RTE-drift-comparison and EPI-RTE-qa-grading concern structural predicates, generator divergence and authored test expectations respectively. Their targets and consumers differ; they are not one answer oracle. EPI-OBJ-lint-report and EPI-OBJ-drift-report likewise remain distinct diagnostic objects.

EPI-RTE-citation-annotation is a lineage-supply part of HTTP QA, not answer generation or the raw-message provenance read in MEM-RTE-knowledge-retrieval. EPI-CLM-traceable-citations and EPI-CLM-knowledge-quality concern universal lineage and comparative benefit; neither duplicates runtime isolation, tool-filtering or persistence claims.

Integration dispositions

The previous reconciliation's fact-withdrawal disagreement is not retained against the current records. EPI-RTE-fact-supersession now explicitly traces ordinary search_channel_facts fallback after embedding/hybrid exceptions, the BM25 return without an invalidation filter, and formatting/MMR without restoration of that filter. MEM-RTE-fact-supersession and MEM-BAP-fact-lifecycle identify the same exception. Their guarded semantic/native-hybrid and consolidation exclusions remain positive findings, while ordinary BM25 and explicit superseded/ID reads prevent total withdrawal. Both reports now bound default-reader exclusion by branch. This is agreement on the current implementation account, not evidence that an invalidated fact was actually returned.

The HTTP history-budget issue remains clarification. The memory HTTP annotation supplies ten stored messages selected by array slice; RT-RTE-dashboard-ask does not assert ten turns. RT-RTE-mcp-ask instead reuses principal-namespaced process-memory sessions. No shared ten-message budget, durable-history write or uniform authorization envelope is inferred across these paths.

The dual-wiki issue remains faithful consumer-specific uncertainty. MEM-OBJ-wiki-page supplies compatibility overlay of render keys; EPI-RTE-builder-retention supplies rendered cache output alongside initial identity-only page seeds. Initial seeding and later incremental saves are different stages. Neither proves that every incremental update synchronizes compatibility render text. RT-RTE-wiki-maintenance establishes saving and later read routes but does not require identical content at all consumers. There is no conflicting freshness finding to settle.

Frozen-page and rollback findings are scoped to writers. RT-BAP-page-curation gates the incremental maintainer; MEM-RTE-wiki-refresh describes best-effort frozen lookup and rebuild proceeding after archive failure. These are scope extensions, not a contradiction of the incremental invariant. MEM-RTE-channel-withdrawal is a separate purge/reset lifecycle operation, not an alternative name for hiding, freezing or fact invalidation. None supplies a universal protection, rollback or erasure guarantee.

The evaluation issues distinguish source wording from report disagreement. Memory and epistemic independently identify structural lint without the advertised model call. MEM-CLM-evaluation-authority leaves drift deployment wiring and later feedback consumers unresolved; EPI-RTE-drift-comparison establishes flag/rate-selected post-save scheduling. Source-level scheduling does not establish enabled deployment, completed comparisons, a passing soak or automatic adoption. The memory uncertainty does not deny the epistemic positive connection. No rating-to-policy route is manufactured from stored feedback.

MEM-CLM-import-admission fills the runtime's untraced manual-import variant: commit retains normalized messages and waits for manual sync rather than completing extraction. Workflow completion and recovery findings agree with RT-CLM-write-completion that terminal statuses and intents are not atomic all-store success. Memory checkpoint annotation establishes selected-stage restoration; workflow's ingestion annotation leaves reuse across new worker-job identities unresolved. Known processor retries and uncertain cross-tick reuse can coexist.

Finally, RT-RTE-model-assignment, RT-RTE-outbound-tools, RT-BAP-model-assignment and RT-BAP-qa-guidance retain distinct configuration, capability and instruction authority. They are not duplicate memory transformations or evidence of model-weight learning. Content maintenance, diagnostics and configuration changes do not by identity establish improved capacity, reflection or exercised self-improvement.

No unresolved cross-report conflict remains established by these supplied versions. Available but partially inspected alternatives and unavailable operation evidence remain local limits, not disagreements or system-wide negative findings. No undeclared required part is identified by these connections; no valid container is superseded merely because another analyst separates its functions.