Ultimate reconciliation

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

Reconciliation

The four reports share the frozen source and functional scope in the boundary. This reconciliation uses their supplied evidence passages; it makes no additional source reads. No correction answers or refusal were supplied. Supersessions below express referent identity, not a choice of a stronger finding or a rewrite of either declaration. Both declarations and their fields remain available.

Duplicate supersessions

Amendment: EPI-OBJ-memory is superseded by MEM-OBJ-memory. Both identify the root-scoped lineage.memory map in SRC-1 extensions/lineage/memory.ts, retain the same root-only declaration passage, and describe the same natural-language line/body and symbolic metadata on the same durable substrate. The epistemic record's containment in broad conversation/document state does not identify another memory store. Its inventory, candidate-retention and consumption findings concern this same map. MEM-OBJ-memory-addresses remains a separately assessed metadata part; the valid mixed-content container need not be replaced by its parts.

Amendment: EPI-OBJ-goal is superseded by MEM-OBJ-goals. Both identify the goal document with criteria, decisions/reasons and symbolic status in SRC-1 extensions/goal/server.ts. Singular versus plural labels do not establish a different referent. The epistemic inventory and goal-authority findings concern this ledger, while the memory member supplies its persistence and note-selection detail. Retained decision reasons and the smaller note projection remain distinct findings, not competing descriptions of the whole stored object.

Amendment: EPI-CLM-recall-tuning is superseded by MEM-CLM-recall-tuning. Both report the same README claim about tuning against 55 labelled messages from three chapters, precision 0.77 and recall 0.62, at SRC-1 extensions/recall/README.md. The epistemic member's statement that no supplied claim is a counterpart refers to its runtime input, not a distinct claim discovered after comparison with memory. Both reports retain these metrics as attributed reported operation, not supplied run evidence or causal support. The epistemic comparison and relevance-route references therefore concern the same claim.

Amendment: EPI-RTE-memory-consumption is superseded by MEM-RTE-memory-read. Both encompass memoryIndex/memoryText/memoryBrief and exact-slug lookup, the brief's ten recent landings, and delivery through the root-branch reset or memory tool. Identity evidence is their matching SRC-1 extensions/lineage/memory.ts and extensions/lineage/server.ts progression and the shared distinction between index and full-body/source delivery. The epistemic ledger's consumption assessment applies to this same route. Neither record replaces RT-RTE-lineage-branch, which owns fork configuration, tool restoration and first-input progression rather than just retained-memory delivery.

Amendment: EPI-RTE-memory-review is superseded by MEM-RTE-review-memory. Both cover the instructed memory-review/dream procedure: inspect retained evidence, propose reasoned operations, have Ultimate weigh in, obtain normal user choice or goal-mode substitution, and apply chosen updates. Their SRC-1 extensions/lineage/README.md, extensions/dream/DREAM.md and agents/ultimate.md accounts establish the same procedure, not separate review executions. The epistemic ledger separates its checking and disposition functions and adds theory assessments; those distinctions remain. Memory's procedure status afforded, epistemic's implementation status claimed, and epistemic architectural status doctrine only describe generic means versus the requested semantic procedure. None establishes enacted criticism or acceptance, so no strongest status is selected.

Amendment: EPI-RTE-chapter-carry is superseded by MEM-RTE-chapter-seed. Both identify buildSeed/applySeed in SRC-1 extensions/dream/seed.ts: collect root memory by slug/update time, carry open work and eligible automations, install destination state and deliver prepared handoff/learned text after a user-controlled transition. The epistemic emphasis on continuity and warrant does not change those endpoints. The memory record additionally exposes direct assignment and the cross-root capacity limit. The epistemic continuity assessment and dream-claim comparison apply to this same seed route, not to an independent semantic acceptance procedure.

Distinct records and valid containers

RT-OBJ-agent-doc is a valid broad configuration/conversation-state container. It is not identical to the root-memory map, MEM-OBJ-tally, MEM-OBJ-store, MEM-OBJ-todos or the goal ledger. Their separately named documents, entry sequence, consumers and update rules distinguish the operative referents despite shared storage. Store's explicit containment and the epistemic memory record's containment do not require superseding that broad container. MEM-OBJ-call-summaries is display metadata, not Store or full retained execution payload. MEM-OBJ-seed is a filesystem snapshot with destination receipts, not within-conversation compaction. No missing material part requiring a split supersession is established by these comparisons.

MEM-RTE-landing-distil is a valid end-to-end landing-to-memory route. EPI-RTE-landing-candidates, EPI-RTE-memory-normalization, EPI-RTE-memory-checks and EPI-RTE-memory-retention isolate generation, textual alteration, structural veto and map mutation. They are not identities of that whole route. Checks and retention also participate in MEM-RTE-memory-edit, whereas normalization is automatic-path-specific. EPI-OBJ-memory-ops is the candidate payload, not the retained map. No supersession of the valid route container by these function-specific records is needed.

MEM-RTE-recall-message likewise remains a valid selector-to-delivery chain. EPI-RTE-recall-selection isolates relevance probabilities and EPI-RTE-recall-injection isolates threshold/rank/delivery. Neither alone is identical to the whole chain. MEM-CMP-jev is the external classifier integration, distinct from RT-CMP-provider-models' foreground/summary/sketch integrations. All preserve opaque provider internals without inferring absent learning.

MEM-RTE-summary-tally adds publication, staleness veto and abstract delivery to the generic inference described by RT-RTE-auxiliary-model. They overlap without identity. MEM-RTE-tally-catchup and MEM-RTE-rewind-context have different triggers and visibility effects from RT-RTE-context-return. The memory annotation refines that record with local ownerless-compaction source construction, transient filtering and appended standing brief. It does not contradict runtime's limitation on the external compactor's range selection or owned-subagent default.

MEM-RTE-operational-notes covers to-do and goal note production; EPI-RTE-goal-authority covers goal-specific decision delegation and status transitions. These overlap at the goal note but are not identical routes. MEM-BAP-memory-guidance concerns acquired memory text; RT-BAP-prompt-guidance concerns selected instruction text. A common interpretive consumer does not make these authority paths identical.

WF-RTE-child-land is neither RT-RTE-subagent-start nor RT-RTE-change-admission. It integrates a child into its owner's checkout using Git/state guards, without the final lander's configured check suite. WF-CLM-feature-protocol specifies coordination, review and delivery responsibilities beyond RT-CLM-coding-work's general role. EPI-CLM-project-memory and EPI-CLM-dream-learning concern different memory and own-operation claims. EPI-OBJ-web-results and EPI-RTE-web-acquisition add external retrieval, not browser request admission. No supersessions are warranted for these distinct identities.

Convergence and integration-issue dispositions

The memory and epistemic accounts independently converge on the separation of retention, relevance and truth acceptance. Their landing, check, consumption and recall records retain model-generated content and structural admission without turning a kind label, probability or source breadcrumb into warrant. Recall's actual payload omits source/date; full lookup can supply a stored breadcrumb. This resolves memory's “in full” integration issue as a consumer-specific qualification, not a disagreement between reports. README tuning and bookkeeping drift remain attributed documentation claims, not competing implementation findings.

Runtime's standing-only remember safeguard is expressly executor-local. The explicit edit, landing-distillation and chapter-seed records supply alternative API, automatic and direct-assignment paths. This disposes memory's write-monopoly issue without correcting runtime. Seed assignment also explains why the ordinary validator's 150-item cap cannot be promoted to a universal storage invariant. The possible merged size and next-edit consequences remain state-dependent unknowns; neither report claims an observed over-cap seed. The dream claim's “Nothing changes ... by itself” concerns that review procedure, not a denial of the separate automatic landing writer.

Workflow's review veto is instructed model behavior; its annotation on runtime change admission expressly says software submission does not require a stored APPROVED verdict. Runtime and epistemic likewise bound configured check success to its process/type/shape domain. Thus policy review, intermediate child integration, final checked landing, conditional remote push and routed user reporting remain separate. Reported completion does not become semantic acceptance or successful delivery merely by joining these records.

Across the reports, subagent task-only isolation has explicit fork alternatives; codemode returns selected output and bypasses nested hooks; durable transcripts and host effects outlive apparent context-frame exits. Memory and workflow annotations extend the runtime account rather than asserting sandboxing or universal rollback. Local compaction refinements, optional rewind summaries and seed carry preserve distinct projections, not one interchangeable memory mechanism.

No unresolved disagreement between the supplied reports is established by these comparisons. Remaining gaps are faithfully bounded: unassessed selectors/evaluators, external storage/compaction/provider internals, actual retained content, executed review, activation, reliability and causal benefit. They prevent system-complete negatives and exercised learning or self-improvement conclusions; they do not erase implemented routes or the review protocol's afforded means. No analyst answer was supplied to classify as corrected or declined, and no dependent finding here requires a peer record to say something it no longer says.