ACE reconciliation

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

Reconciliation

Duplicate identities and distinct parts

Amendment: EPI-OBJ-reflection is superseded by MEM-OBJ-reflection-content. Both identify the full reflection_content response returned by the reflector, held as a Python string and retained in call logs. The memory record quotes the response return; the epistemic record quotes the requested diagnosis fields. These support one intermediate object, not separate diagnostic and memory artifacts. The epistemic inventory and ledger's candidate-diagnosis assessment and the memory account's transient-versus-logged distinction remain attached to that same response. Supersession does not establish that any requested diagnosis was produced or correct.

Amendment: EPI-OBJ-playbook is superseded by MEM-OBJ-playbook-content. Both distinguish the natural-language content of current playbook text from symbolic IDs/counters and identify generator and curator consumption. Section organization in the epistemic description is the organization of this text, not evidence of another retained product. The memory record supplies the formatted-line and generator-input passages; the epistemic record supplies the similar-question use instruction. The epistemic ledger's import, proposal, admission, maintenance and reliance findings concern this same content. The memory record's unknown initial provenance and the epistemic record's unresolved semantic classification both remain limits; neither supplies warrant for the other.

Amendment: EPI-RTE-counter-update is superseded by MEM-RTE-counter-update. Both name update_bullet_counts, with reflector tags as input, an ID lookup, recognized helpful/harmful increments and rewritten playbook metadata as output. Both specify last-tag-per-ID selection and later prompt delivery; their increment and lookup passages identify the same mechanism. The epistemic behavior/policy-adaptation row and the memory write/read-back findings therefore describe one route. Both keep implementation wiring separate from unobserved behavioral dependence and deny that these counts measure independently established causal usefulness.

EPI-OBJ-bullet-tags is not wholly identical to MEM-OBJ-bullet-metadata. The former includes the reflector's incoming tag judgments as well as stored IDs/counters; the latter identifies the stored fields on playbook lines. They share those stored fields, but the combined epistemic record remains valid alongside the narrower memory object. No split supersession is made: the reports do not establish that the combined finding becomes wrong when its input judgments and persisted metadata are distinguished. The counter-route records above explain the transformation between them.

The remaining memory objects are not duplicate runtime declarations. MEM-OBJ-operation-groups is proposal material consumed within RT-RTE-batch-adaptation, not that route. MEM-OBJ-analyzer-embeddings is temporary derived data, not RT-CMP-embedding-model or RT-RTE-bulletpoint-merge. MEM-OBJ-best-playbook is a selected snapshot, not RT-RTE-evaluate-select. MEM-OBJ-call-logs records calls and usage rather than constituting the adaptation route or its installed guidance. Playbook content is likewise distinct from its transport in RT-RTE-playbook-reload and its consumer channel in RT-BAP-playbook-guidance.

EPI-OBJ-answer is the extracted scoring input, not a second generation or scoring route. EPI-RTE-answer-match spans task-specific checks within sample adaptation, evaluation and RT-RTE-finer-scoring; it does not replace their orchestration or host-effect findings. EPI-RTE-curator-admission spans the parser/application portions of sequential and batched adaptation, not either complete route or the counter updater. These cross-route mechanisms retain distinct identities. EPI-CLM-context-quality concerns preservation, quality and reported gains; RT-CLM-context-improvement concerns evolving context and self-supervision. Their common README source does not make their claimed propositions identical. Workflow declares no additional records requiring supersession.

Integration dispositions and convergence

The memory report's counter aggregation refinement qualifies, rather than contradicts, RT-RTE-batch-adaptation. The runtime describes aggregation of tags; the memory counter route specifies concatenation followed by last-tag lookup and at most one increment per matching line in that call. The superseded epistemic route states the same lookup behavior. No report requires interpreting aggregation as summed votes.

The reports distinguish rationale storage from rationale delivery. The reflection object can contain diagnosis, operation groups omit proposer-level reasoning, and call logs can retain reasoning without an established automatic historical reader. These findings connect the memory objects above to the epistemic curator-admission assessment; they do not establish that every retained bullet lacks reasons. Actual generated instances remain unavailable.

RT-RTE-sample-adaptation, the memory annotations and workflow account agree that additions can enter current state without a per-addition accuracy veto. The workflow's selected sequential Finance path disables the analyzer; its local curator-failure recovery does not conflict with the runtime's separate batch-handler limitation or analyzer-removal route. Workflow annotations use the existing runtime identities rather than declaring a competing delivery loop.

The evaluation route, best-snapshot object, epistemic ledger and workflow account agree that strict validation improvement selects final-testing context, not a rollback of current training state or acceptance of each lesson. Their skipped-error and all-failed-evaluation qualifications prevent turning that criterion into guaranteed complete validation or guaranteed delivery.

The reload route and the memory and workflow accounts agree on explicit file selection, whole-text consumption, unknown input authorship/provenance and incomplete state restoration. The behavioral-authority record and epistemic ledger distinguish code-enforced delivery from advisory model interpretation. Their implementation and operation assessments are therefore compatible, not competing strengths of one status.

All members retain the boundary's partial-loop scope: unavailable AppWorld contents prevent extending these findings to that integration. The Source register supplies no inspected execution trace or causal experiment. The reports independently retain unobserved activation, benefit and content-dependent theory behavior without converting them into implementation absences. No analyst correction answers or declined objections are supplied to this attempt. No cross-report disagreement requiring an Unresolved conflict: paragraph is identified in these pinned inputs. No source reads were needed to resolve the connections above.