EXIA SEED reconciliation

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

Reconciliation

Boundary and record identities

All four reports use the frozen revision and evidence layers established by the boundary. Implementation, doctrine/design and reported operation do not become observed execution or causal evidence through agreement between analysts. No correction answers or refusal were supplied. This reconciliation uses only the supplied members; it required no additional source reads.

Amendment: EPI-OBJ-summaries is superseded by MEM-OBJ-summary. Both identify the natural-language identity summary stored in the page YAML and rendered as a blockquote, generated and checked by the same summary implementation. Their retained passages identify the same header assignment and bounded producer input. The memory record adds refresh, index and consumer detail without changing the referent. The epistemic inventory, summary ledger rows and summary-grounding comparison continue to concern this same object; the amendment changes neither their semantic-relation assessment nor their admission finding.

Amendment: EPI-OBJ-keywords is superseded by MEM-OBJ-keywords. Both identify the page YAML keyword list, filtered to at most four single words from the node/name aliases and consumed by retrieval. Their passages show the same membership test and four-word return limit. Symbolic selector status, separate keyword filtering and the lack of demonstrated distinctiveness remain unchanged. Neither record identifies summary prose.

The remaining apparent object overlaps do not establish identical referents:

  • EPI-OBJ-sources identifies numbered consolidation inputs and their eligibility metadata, assembled from both MEM-OBJ-raw and MEM-OBJ-registre. The retained source-map assignment shows this intermediate role. Neither durable input store alone is that assembled object. No supersession or single-parent containment is asserted.
  • EPI-OBJ-fragments describes the page fragment container: fact prose together with parsed comments. MEM-OBJ-page-facts and MEM-OBJ-page-metadata separately describe its natural-language and symbolic operative parts. The fragment record's serialization passage and the memory records' append/parser passages support that relationship. The container remains valid: it does not assign semantic warrant to the metadata or collapse its selection rules into the prose's interpretive authority. Its findings are not made wrong by the separation, so no split supersession is made. Both required parts are declared.
  • EPI-OBJ-concepts spans concept vocabulary, page tags and graph evidence. MEM-OBJ-thesaurus, MEM-OBJ-graphe and the concept fields of MEM-OBJ-page-metadata describe different portions of that scope. Neither the thesaurus nor the graph alone replaces the epistemic container. Their passages distinguish concept filtering, association evidence and graph snippets; their findings agree that numerical edge weights are localized symbolic state rather than learned model parameters. No identity supersession follows.
  • EPI-OBJ-evaluations concerns benchmark answers and judgment results, not the production progress/audit state of MEM-OBJ-journals. MEM-CMP-memoire is the retrieval cache, not either RT-CMP-consolidation-model or RT-CMP-benchmark-model. Shared storage technologies or numerical representation do not establish identity.

Routes, checks and independent convergence

The workflow's selected production path connects the same capture, consolidation and delivery routes already declared by runtime. Its annotations add process handoff, recovery and completion evidence rather than allocate duplicate records. Memory likewise annotates those routes with retained objects, lineage and read-back details.

EPI-RTE-fragment-check and EPI-RTE-time-check are explicitly declared parts of RT-RTE-page-consolidation, not replacement identities. The former returns a Boolean/reason consumed by admission; the latter can strip unsupported dates while leaving the fact admissible. The runtime container remains valid alongside these parts. RT-CLM-citation-control is a claim assessment, not another declaration of either check route. The epistemic constructed negation counterexample extends the runtime's lexical limitation; it is explicitly a static deduction, not an observed generated fact.

EPI-RTE-summary-proposal, EPI-RTE-summary-check and EPI-RTE-summary-write separate proposal, checking and disposition/retention. They span summary work in both consolidation and RT-RTE-state-maintenance; none is identical to either larger route. Their shared implementation does not make their endpoints identical to one another. No supersession is warranted.

The three accounts converge on bounded summary input: MEM-OBJ-summary and the epistemic proposal record retain the 3,000-character excerpt limit and ordered sections, consistent with runtime's bounded-summary warning. The checker can consult full-page text without the model receiving that full text. EPI-CLM-summary-grounding records a source-doctrine versus implementation mismatch, not a disagreement between analysts. Likewise EPI-CLM-cited-memory concerns resulting memory/replay claims, distinct from the runtime claim about the citation gate.

Integration dispositions and limits

Withdrawal: EPI-RTE-withdrawal-read adds a downstream graph-reader route rather than replacing RT-RTE-conversation-ingest or RT-RTE-memory-delivery. Its retained passages omit withdrawn raw references but append fact text. Memory independently identifies the same distinction through its raw and graph objects. Runtime and workflow already deny a general erasure guarantee. Source-admission filtering, changed graph evidence and surviving page prose are therefore compatible findings, not competing statuses. No analyst correction or supersession is required.

Progress and recovery: runtime, memory and workflow agree that unreadable JSON leaves inputs pending, whereas a parsed response can advance inputs despite fragment rejection. The workflow annotations add that CLI zero exit can accompany anomalous report statuses. This does not contradict runtime's normal-completion description. Partial writes, old summaries, stale caches and non-rollback Git failures remain distinct recovery limits; none establishes successful recovery.

Delivery and authority: memory's read-back account adds display omissions and unequal budget/filter coverage to the runtime delivery route. The epistemic ledger's relevance/temporal license and workflow's local return endpoint agree with RT-BAP-recalled-content: returned prose can guide a later model, but actual placement, compliance and behavioral dependence are unobserved. Automatic phase 1 and explicit tools remain separate paths. Unknown host compaction, initialization provenance and per-entry caller agency are local uncertainties, not inter-report disagreements or evidence of absent capacities.

Evaluation: EPI-RTE-lme-judging is an explicitly declared specialization of RT-RTE-benchmark-replay, with its own rubric and parser. It does not supersede the broader family or the LoCoMo judge within it. The evaluation object is not the replay mechanism. All reports preserve the separation between benchmark judgments and production admission/deployment. Uninspected baseline/fusion details, unfrozen datasets and the separate model-comparison plugin copy prevent exhaustive equivalence, reproduced scores and component-effect attribution; they do not contradict the established replay paths.

No unresolved inter-report disagreement or missing required operative part was identified in these supplied records. The memory integration issues are confirmations, additional precision and scoped uncertainties; none requires choosing a stronger status from another report. Architectural capacity, exercised operation, learning, reflection, theory criticism and self-improvement remain separate conclusions under their declaring reports' stated limits.