Flopwire reconciliation

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

Reconciliation

The four reports share the frozen boundary and Source register. Their implementation findings concern shipped capacity; none supplies an observed exchange, retrieval outcome or causal improvement. Runtime establishes acquisition, retrieval and delivery; memory follows retained parts and later consumers; epistemic separates checks and operational authority from truth acceptance; workflow connects selected recovery and delivery paths into local own-user coordination. These are connections among the supplied records, not additional source findings. No source files were read for this reconciliation. No refusal or analyst correction answers were supplied.

Duplicate supersessions

Amendment: EPI-OBJ-digest is superseded by MEM-OBJ-digest. Both identify digest.Digest, its retained JSON, natural-language Intent/Last snippets and symbolic activity/fold fields under SRC-1 internal/digest/digest.go. Both distinguish reader-facing snippets from fixed-rule metadata; memory additionally locates the server counterpart and records that renderers ignore State. This is identity of the digest object, not identity with the entire RT-OBJ-localindex. The epistemic inventory, digest-fold ledger and redaction dependencies retain their findings under the supersession; neither report's limits on semantic accuracy or inspected helper coverage change.

Amendment: EPI-OBJ-commit-evidence is superseded by MEM-OBJ-commit-evidence. Both identify the symbolic commit-observation projection across local and server storage, with command/result references, possibly abbreviated hashes, directory placement and whole-call outcome. Their identity evidence is SRC-1 internal/digest/evidence.go and internal/ingest/commit_evidence.go, retained in the records. Memory's local Part of relation and account of the server counterpart do not turn this into the digest's capped commit list. The epistemic extraction, retention and lookup findings continue to concern these same observations. Supersession does not strengthen their warrant into independently verified Git facts, unique prefix identity or sole authorship.

Containers, parts and overlapping routes

RT-OBJ-localindex remains a valid runtime container alongside its declared memory parts: MEM-OBJ-message-text, MEM-OBJ-index-metadata, MEM-OBJ-digest, MEM-OBJ-commit-evidence and MEM-OBJ-cowork-history. Their text, access rules, projections and historical restrictions have different consumers and effects. They do not supersede the container. No required undeclared part is identified by the supplied integration issues.

MEM-RTE-derive-navigation spans retained digest folding and commit projection. EPI-RTE-digest-fold, EPI-RTE-commit-check and EPI-RTE-commit-store distinguish particular transformations, evidence eligibility and server retention within that broader progression. These are overlapping scopes, not interchangeable route referents. The broader route remains valid: no split supersession is needed. Nor does any replace RT-RTE-transcript-index or RT-RTE-shared-upload, which cover acquisition and transport rather than just derived navigation. Memory's partial command-grammar coverage coexists with epistemic's more detailed extraction findings; neither asserts exhaustive shell coverage.

EPI-RTE-text-render and EPI-RTE-change-lookup are declared parts of RT-RTE-history-retrieval. Display cleaning/clipping and projected-observation lookup are distinct from each other and from the containing retrieval route. MEM-RTE-thread-history adds a separate server bus-handler read; it is not another declaration of ordinary history retrieval or hook delivery. These identities are ruled out rather than superseded.

EPI-RTE-index-redact describes the local masking operation within the wider local/server procedure of MEM-RTE-redact-content. The shared maskDigest and refreshChangeEvents passages in SRC-1 internal/localindex/redact.go connect the local operation; the wider route additionally covers remote redaction, durable masking and archive repair. Neither route can replace the other at its stated scope. MEM-RTE-withdraw-history instead covers policy hiding, withholding and session deletion; it is not identical to content masking or configuration admission in RT-RTE-policy-admission.

WF-RTE-request-reply spans evidence-led recipient choice, transport, a separately produced answer and requester inspection. It overlaps RT-RTE-history-retrieval and RT-RTE-hook-delivery, but is identical to neither and is not a part of exactly one. Its local own-user scope does not narrow the runtime's separate alternate-adapter account. EPI-RTE-parser-parity and RT-RTE-workflow-trial also remain distinct: fixture projection comparison and synthetic model coordination have different targets and oracles. EPI-CLM-commit-evidence concerns change provenance within the broader recovery procedure of RT-CLM-recovery-evidence, not a duplicate claim.

The remaining memory objects have no same-referent counterpart in runtime, epistemic or workflow: MEM-OBJ-archive is the shared byte archive; MEM-OBJ-compacted is captured host checkpoint material; MEM-OBJ-bus-messages is retained sender content; MEM-OBJ-delivery-metadata controls receipts and renewal; and MEM-OBJ-tombstone is the masking sidecar. None is identical to the static RT-OBJ-standing-instruction. MEM-BAP-history-restriction is deterministic sharing control, distinct from model-facing RT-BAP-recovery-guidance and RT-BAP-message-guidance.

Integration dispositions and convergence

Memory's integration issues add coverage and qualify interpretations rather than reporting a corrected runtime dispatch claim. Retained server threads connect through the runtime's distinct bus-handler branch. Memory's thread-history route explicitly withholds action authorization, whereas direct message guidance can request work within existing permissions. These findings concern different consumers of retained message content, so they are not conflicting authority findings.

The local-index “unredacted” passage in RT-OBJ-localindex describes baseline capture. Both MEM-RTE-redact-content and EPI-RTE-index-redact establish subsequent masking and dependent-view updates. The runtime record does not assert an invariant that explicit redaction cannot alter those rows; its runtime account leaves redaction details to specialists. Thus no conflicting invariant is attributed to it. Conversely, memory's retrieval annotation establishes that local raw reads still use native files. Neither extracted-text survival nor masking implies native-byte availability or erasure.

MEM-RTE-import-recovery adds receipt binding and restrictive provenance to the recovery branch acknowledged but incompletely traced in RT-RTE-shared-upload. The runtime's inspection limit and memory's added partial trace are compatible. Neither licenses universal native-watermark bounds, recovered-sharing eligibility or end-to-end fidelity. MEM-RTE-restore-state is distinct state restoration, including the pending-redaction override; it does not establish global erasure of independent backups.

MEM-RTE-capture-compaction adds an alternate acquisition path within transcript indexing. It preserves the opaque checkpoint alternative and unresolved external production/admission beside known extraction. Memory's repaired injected-versus-system-kind distinction concerns its own draft: default exclusion of injected rows is not a categorical exclusion of readable system-kind compaction summaries. No supplied peer finding requires the withdrawn draft interpretation. Unknown host compaction policy and opaque content therefore remain limits, not cross-report disagreements.

The metadata receipt path in MEM-OBJ-delivery-metadata adds transcript sightings to RT-RTE-hook-delivery. Runtime's confirmation caveat, memory's comprehension caveat and workflow's answer-inspection requirement converge: transport bookkeeping does not verify task completion. Workflow's quoted skill definition of read is instruction-level terminology, not an observed model-receipt guarantee. Reoffering unconfirmed messages and model deduplication guidance do not establish exactly-once task execution.

Finally, the epistemic bounded conclusion, memory's write-side account and runtime's trial/upgrade records keep retained trace transformation, evaluation, machinery replacement and improved capacity separate. Known restrictive metadata consumers remain positive findings despite unaudited surrounding branches. Unassessed evaluator variants prevent a global absence claim; lack of run or causal evidence prevents observed benefit claims. These uncertainties do not disagree with the selected workflow's wired coordination capacity.

No unresolved cross-report disagreement is established by the supplied findings. No declined objection was supplied. The duplicate amendments above preserve both declarations and all report-specific evidence limits; no other supersession is asserted.