Hippocampus reconciliation

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

Reconciliation

Boundary and connection basis

The reports share the frozen revision and distinguish executable utilities from model-followed instructions. The boundary covers the shipped framework, not the external agent hosts or a populated private vault. This reconciliation uses the supplied records and their retained passages; no source reread was needed. No correction answers or refusal were supplied. The previous reconciliation is not evidence for the current connections; its unresolved separation question is reconsidered against the current epistemic declarations below.

Duplicate supersessions and distinct referents

Amendment: EPI-OBJ-source is superseded by MEM-OBJ-source. Both denote the same wiki/sources/ pages produced from _templates/source.md. Their identical retained confidence/hash/origin passage and common ingest producer establish identity. The epistemic inventory and ledger therefore concern the same object as the memory account. Attribution, confidence and identity metadata remain distinct from evidence-consuming acceptance; supersession replaces no finding or status.

Amendment: EPI-OBJ-pages is superseded by MEM-OBJ-pages. Both denote entity, concept, project and note pages produced by ingest or conversation save, rather than source pages. Their retained save/ingest passages identify the same durable conclusions, template-based writes and contradiction callouts. This connects memory's lineage and later-consumer findings to the epistemic assessment of indeterminate semantic transformation and unestablished acceptance. Neither finding strengthens the other.

Amendment: EPI-OBJ-hot is superseded by MEM-OBJ-hot. Both denote wiki/hot.md, the overwriteable recent-context summary delivered through RT-RTE-lifecycle-hooks. The epistemic scaffold passage and memory size/delivery passages describe one file, not separate checkpoints. The epistemic refresh/reload functions thus concern the same retained payload as memory's automatic selector and host-limit uncertainty. Identity establishes neither exercised summary production nor exact host-visible content.

No whole-record identity is asserted between EPI-OBJ-archive and MEM-OBJ-archive. Their identical URL and collision-handling passages establish overlap at inbox/_done/. Their scopes differ: the epistemic record also names original input files; the memory record includes auxiliary _attachments/ payloads. Neither whole referent replaces the other without changing scope. Both distinguish URL extraction from raw response bytes and original material from derived source pages. This overlap does not require supersession of either whole record.

No whole-record identity is asserted between EPI-OBJ-index and either MEM-OBJ-index or MEM-OBJ-log. The epistemic record contains both catalog and journal and explicitly distinguishes their consumers. Its retained catalog and append-only-journal passages correspond to the two memory records. The combined record remains a container: no finding becomes wrong once catalog selection and operation history are separated. It is not superseded by its parts. Journal findings must not be transferred to the catalog alone or vice versa.

Accumulated payload objects are not duplicates of RT-OBJ-project-contract or RT-OBJ-hook-config. Storage in local files does not identify retained knowledge with static instructions or symbolic event wiring. Likewise, MEM-BAP-vault-knowledge is distinct from RT-BAP-project-guidance and RT-BAP-stop-refresh: advisory knowledge/context, project instructions and a host-mediated continuation request have different channels and force.

EPI-OBJ-findings denotes output, not the producing RT-RTE-vault-lint. Its declared parts, EPI-OBJ-mechanical-findings and EPI-OBJ-editorial-findings, denote different outputs, not duplicates of each other or of their container. The mechanical record retains the scanner dictionaries, JSON output and resolver passages; the editorial record retains sampling, stale-claim and individual-approval passages. Their distinct forms, evaluators and consumers remain separately attributable.

EPI-CLM-structural-checks and EPI-CLM-graph-knowledge concern structural verification and deliberate-link warrant, not the freshness claim RT-CLM-cache-refresh or the synchronization claim RT-CLM-local-edit-protection. No claim supersession is warranted. Workflow declares no new records. Its route annotations and memory's route annotations add lens-specific fields rather than alternate route identities.

Independent convergence and integration dispositions

Production, delivery and acceptance remain separate. RT-RTE-source-ingest affords model-directed production without universal per-page approval. The workflow account independently traces that policy, the duplicate exception and user-reserved project creation. The epistemic ledger distinguishes duplicate checking, stopping, consolidation and retention on the same route. Its doctrine only architectural classification does not conflict with runtime's afforded implementation conclusion: these are different vocabularies describing a prescribed semantic workflow without observed execution. A user-facing report is neither epistemic acceptance nor proof of Git persistence.

Checks report or propose; they do not gate every write. RT-RTE-vault-lint, the two epistemic findings parts, memory's write-side account, and workflow's verification account separate structural checking, editorial judgment and approval of fixes. The epistemic basename/heading examples bound structural license without contradicting runtime's already limited account. Contradiction warnings preserve candidates; individual user resolution remains a maintenance policy, not a universal pre-write truth gate.

The earlier findings-separation issue no longer remains unresolved. The current EPI-OBJ-findings explicitly contains the separately declared mechanical and editorial parts, each with a Part of relation. The epistemic inventory and scan/editorial/approval ledger rows now cite those parts. The mechanical part licenses scanner-defined structural predicates and supplies advisory evidence to the foreground agent; the editorial part supplies model allegations and proposals for user disposition. These declarations provide the previously missing record-level distinction. The container need not be superseded: it now denotes the combined presentation without claiming one form, evaluator or warrant for both parts. This disposition concerns separation, not a judgment that either part's substantive findings are verified.

Freshness requests are not semantic validation. RT-CLM-cache-refresh, RT-RTE-lifecycle-hooks, the hot objects and workflow's lifecycle annotation agree on missing-file, recursive-stop and template exceptions. Wired shell/configuration behavior coexists with unobserved host interpretation and model compliance. Memory's integration issue about exact delivered cache size remains a limitation, not a disagreement: Codex's additional-context limit does not establish deployed truncation semantics or host-compaction survivors.

Retrieval has requested and automatic paths, neither proving recall. RT-RTE-vault-query supplies catalog/page/search selection; the lifecycle route supplies automatic hot delivery. Memory and epistemic accounts independently qualify the source walkthrough's absolute invisibility claim for unindexed pages through the shipped search fallback. This is a source-claim qualification, not a correction to runtime. No report establishes routine automatic archive reading merely from an origin pointer.

Retention does not establish fidelity or improvement. Memory's integration issues retain uncertainty about rationale fidelity, exact cache content and withdrawal propagation. MEM-OBJ-pages, MEM-OBJ-source, MEM-OBJ-hot and the epistemic ledger carry compatible limits: graph connection and metadata do not establish accepted ampliative knowledge or correction of every derivative. Workflow leaves later activation unobserved. The afforded trace-fed conversation-to-pages chain in memory's annotation on RT-RTE-conversation-save can coexist with an indeterminate semantic relation and unestablished improved capacity. No supported positive is withdrawn to express these uncertainties.

Framework copying is a separate change surface. RT-RTE-framework-update, RT-RTE-framework-export and RT-CLM-local-edit-protection distinguish update's dirty-file veto from export's unguarded copy. Memory and epistemic members rely on these supplied runtime findings rather than independently re-establishing them. Neither promotes copying into tested deployment or exercised self-improvement. No dependent finding requires the stronger protection claim that runtime rules out.

No unresolved cross-report disagreement is identified in the supplied current members. The remaining integration issues are scoped uncertainties or source-claim qualifications, not conflicts requiring selection of a stronger status.