Antinomia reconciliation

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

Reconciliation

The four reports share the frozen evidence identity and implementation/doctrine limits in the boundary. Workflow annotates runtime records rather than declaring competing identities. Memory and epistemic independently add overlapping inventories and maintenance findings. No analyst answers or refusal were supplied. This reconciliation uses only the supplied members; no source ambiguity required an additional source read.

Duplicate identities and distinct overlaps

Amendment: EPI-RTE-inline-assumptions is superseded by MEM-RTE-inline-assumptions. Both identify the same tension-body → optional proposal → editable A/B modal → frontmatter/body write mechanism in SRC-1 flows/presupposti.ts, with the same retained fields and later modal/Hunter consumers. Both retain the passage writing only nonempty A/B fields. This is identity, not merely similar purpose. The epistemic ledger's transformation finding and parse-condition qualification remain that analyst's findings on this route; supersession neither replaces those values nor promotes the shared wired implementation to observed operation. The canonical route remains distinct from RT-RTE-assumption-admission, which creates or links U notes.

Amendment: EPI-CLM-hunter-measure is superseded by MEM-CLM-evaluation-key. Both identify the same human-readable seeded Hunter measurement key in SRC-1 flows/exampleVault.ts, including sharp/subtle contradictions, noise and expected confidence ordering. Their passages concern different instructions within that one key, not separate evaluation mechanisms. The epistemic critique of component attribution and the memory account of example admission/deletion remain separately stated findings. The key affords a human comparison in the optional seeded exercise; neither report says RT-RTE-hunter-scan consults it as a production answer oracle. Neither supplies an executed evaluation result.

No other whole-record identity is established. In particular:

  • MEM-OBJ-note-content spans tension, substrate and principle prose. EPI-OBJ-note-content covers tension/substrate text, while EPI-OBJ-principle-rules covers the principle fields. These are narrower operative scopes, not interchangeable whole referents. Their source-native template/prompt identities agree. The broader memory inventory need not be superseded merely because the epistemic inventory separates principle rules; no finding becomes false solely from that separation.
  • EPI-OBJ-assumption-text combines U-note assertions and tension A/B assumptions. MEM-OBJ-presupposition covers U-note text/confidence, not both locations. Neither can replace the other as a whole. The missing separately declared inline part is retained below.
  • EPI-OBJ-note-markers spans metadata and dismissal arrays. MEM-OBJ-note-metadata explicitly excludes Hunter feedback, which MEM-OBJ-hunter-feedback separately identifies. These scopes overlap without whole-record identity. The existing declarations preserve the distinct selector, dependency and suppression consumers; the combined inventory does not itself warrant deleting or replacing either part.
  • EPI-RTE-note-disposition and EPI-RTE-origin-maintenance cover different subsets of MEM-RTE-note-maintenance. Memory additionally includes titles and generic linking. All agree on user-directed metadata changes and origin/merge limits in SRC-1 main.ts; none is an exact substitute for the broader maintenance group. Neither origin repair nor merge duplicates elevation or schema migration.
  • EPI-RTE-vault-audit covers one view within MEM-RTE-retained-inspection, which also covers graph, dependency map, dashboard and other human inspection. EPI-RTE-collapse-review combines dependency lookup with a subsequent human undermining action; MEM-BAP-dependency-display identifies the display authority, not that whole route. Neither overlap establishes duplicate identity.
  • EPI-OBJ-hunter-pairs identifies transient comparison results. MEM-OBJ-hunter-raw identifies an optionally persisted failure response, and MEM-OBJ-plugin-settings identifies configuration and last-run metadata. Shared origin in Hunter does not make these the same object. Source hubs and migration backups likewise remain distinct from their admitting or consuming runtime routes.

Unresolved conflicts

Unresolved conflict: RT-RTE-assumption-admission says its deletion callback removes U links from principles without naming a filename condition. MEM-OBJ-note-metadata and memory's Integration issues qualify that callback to deleted Markdown filenames starting U-; EPI-RTE-collapse-review carries that same condition. The supplied evidence is SRC-1 main.ts and flows/presuppositionMap.ts, as inspected and attributed in those members. Runtime's unqualified route field and the specialists' conditional account do not license the same conclusion for renamed/nonstandard U-note filenames. This prevents an integrated assurance that deleting any presupposition note cleans its principle links. The reconciler leaves the runtime wording and specialist qualification intact for verification; it does not silently narrow the runtime finding.

Unresolved conflict: EPI-OBJ-assumption-text groups principle U-note text and tension A/B fields while explicitly naming different storage locations and consumers. MEM-OBJ-presupposition declares the U-note part, but no supplied operative-object declaration separately identifies the inline A/B assumption part. MEM-RTE-inline-assumptions and EPI-RTE-inline-assumptions establish its writes and later modal/Hunter consumption in SRC-1 flows/presupposti.ts; the U-note route instead establishes graph-linked retention. The records contract requires material parts with different checks or consumers to be separately declared. The missing inline operative-object part prevents a fully separated object-level account of assumption retention and authority. No replacement ID is invented here, and no split supersession can dispose of the combined record without that declared part. This is a required-part integration issue, not a claim that either analyst lacks evidence for the two routes.

Independent convergence and issue dispositions

Hunter selection, checking and delivery. RT-RTE-hunter-scan, memory's annotation on that record, the epistemic authority ledger and workflow's workflow account converge on code-owned selection/truncation followed by returning model text and structural filtering. Workflow adds that a prior run can remain after failure and that the view handoff is optional. These details qualify delivery evidence without contradicting a wired result-view path: no member claims observed rendering. Basename/shape checks do not establish semantic contradiction, complete pair examination or source truth.

Rejection has a real later consumer. RT-RTE-pair-dismissal, RT-BAP-dismissal-filter, MEM-OBJ-hunter-feedback and workflow's annotation on dismissal agree that human rejection persists identity keys for later deterministic output suppression. Epistemic calls this behavior/policy adaptation; memory says it is not an automatic trace-derived instruction or theory rewrite. Those findings have different targets and do not conflict. The shared path does not remove notes from model input, retain the reason for rejection, train weights or demonstrate improved capacity. Sequential writes and basename identity constrain the same pathway in all accounts.

Lineage versus reason delivery. Memory's annotation on RT-RTE-rule-admission distinguishes transform's embedded original body from split's origin pointer. Runtime already distinguishes the two forms and does not promise dereferencing the split pointer during later mapping. This is an added consumer-side qualification, not a correction or competing status. The maintenance records independently agree that retroactive origins can be placeholders, the extractor matches an Italian heading, and merge can remove a body without copying it. These findings block universal history-preservation claims, not the existence of elevation's retention path.

Source retention versus fidelity. MEM-OBJ-source-hubs adds YouTube line-start substitution and separates retained transcript length from bounded extraction input. RT-RTE-source-ingest already separates those lengths; “full transcript” there does not assert byte identity. EPI-CLM-source-fidelity identifies a semantic-fidelity request, not a byte-retention guarantee. These distinctions require neither supersession nor a cross-report conflict. Retained references do not establish faithful extracted concepts or automatic evidence reload by Hunter.

Display and impact are bounded checks. MEM-RTE-retained-inspection, MEM-BAP-dependency-display, EPI-RTE-vault-audit and EPI-RTE-collapse-review distinguish graph incidence, degree-based display and fixed placeholder checks from logical necessity or empirical truth. Memory's Italian/English placeholder mismatch supplies a concrete limitation consistent with epistemic's incomplete audit predicate. Different graph/map counts are not asserted to be equal. Marking an assumption undermined is not automatic withdrawal of its dependent principle.

Admission, warrant and theory properties remain separate. RT-CLM-friction-scope is consistently reused: local acknowledgment gates do not establish a universal write invariant or human scrutiny. Epistemic's lack of established evidence-consuming acceptance does not negate runtime's localized-rule affordance or wired mapping consumer in RT-RTE-rule-admission. Workflow's explicit human continuation and memory's retention paths likewise do not establish criticism-led iteration, learning or exercised self-improvement. EPI-CLM-reflective-practice supplies the product's reflective-practice disclaimer; it is distinct from the friction policy and seeded evaluation claim. No single stronger status replaces these independent findings.

External host consistency, provider state, actual human reliance, uninspected guidance/view details and missing execution/causal evidence remain scoped limits, not inter-report disagreements. The unresolved issues above prevent the specified integrated conclusions without erasing the implemented routes on which the reports converge.