Trajectory-informed memory generation reconciliation

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

Reconciliation

Boundary and duplicate identities

All four reports use the boundary's frozen capture: doctrine/design and reported operation, without inspected implementation or independently observed execution. The connections below use the handed members and their retained passages only; no source reread was needed. No analyst correction answers or declined objections were supplied to this attempt.

Amendment: EPI-OBJ-trajectory is superseded by MEM-OBJ-trajectories. Both identify the completed execution trajectory supplied to extraction, including contexts, thoughts, actions/results and optional evaluations. Their SRC-1 §3.1.1 passages and consumers establish the same referent. The epistemic distinction between agent narration and environment observation remains an assessment of that object; supersession changes no finding or evidence status.

Amendment: EPI-OBJ-memory-tips is superseded by MEM-OBJ-tips. Both identify generated and consolidated strategy, recovery and optimization guidance, including content, purpose, steps, triggers and optional negative examples. Both span extraction, consolidation and later prompt consumption, rather than identify one route's exclusive output. SRC-1 §§3.1.3, 3.2.3 and 3.3.3 support the identity. The epistemic findings about conditional efficacy claims versus imperatives remain attached to this shared referent; they do not establish tip acceptance or actual behavioral activation.

Amendment: EPI-OBJ-tip-metadata is superseded by MEM-OBJ-metadata. The records enumerate the same identifier, category, priority, application/task context, source IDs/outcomes and consolidated-entry timestamp, with the same merge and retrieval consumers. Their SRC-1 §§3.1.3 and 3.2.4 evidence establishes identity. Symbolic filtering, natural-language outcome interpretation and the limits of provenance remain distinct findings, not competing statuses.

These amendments retain both declarations and all source-specific assessments. Epistemic statements that no supplied object counterpart existed concern its comparison with runtime's route/component baseline; they do not rule out the identities now established across the handed specialist reports.

Containers, parts and distinct referents

EPI-OBJ-outcome is not identical to MEM-OBJ-intermediate-representation. The former isolates outcome classification/evaluation intelligence; the latter also contains categorized thoughts, patterns, confidence and trajectory descriptors. SRC-1 §3.1.1 supports this narrower-part relation. The intermediate remains a valid container, so neither supersession nor replacement by the outcome alone is warranted. EPI-OBJ-decision-analysis instead identifies backward attribution and proposed improvements downstream of that representation, under SRC-1 §3.1.2; it is not another name for the intermediate input.

EPI-OBJ-description-index combines description text and retrieval embeddings. MEM-OBJ-descriptions separates the text, while MEM-OBJ-embeddings also includes tip-content/purpose and query vectors. SRC-1 §§3.2.1–3.3.1 therefore establishes overlap, not identity between the index and either memory record or their entire union. The epistemic record distinguishes textual and numerical parts in its findings; separating them does not make those findings wrong. It remains a valid container alongside the memory records, without a split supersession. Both reports preserve the unresolved relationship between content/purpose vectors and description indices; neither supplies a complete executable schema.

The memory objects are not duplicates of runtime components, routes or authority paths. In particular, RT-CMP-text-embedding is the producing model, not its vector outputs. RT-CMP-gpt4 is likewise not the retained guidance it produces or consumes. Both reports preserve opaque provider state and unpinned-version limits without attributing parameter learning.

The epistemic routes are material parts, not aliases of the runtime routes. EPI-RTE-report-interpretation, EPI-RTE-self-outcome and EPI-RTE-attribution-generation separate report interpretation, unlabeled checking and causal/transfer conjecture inside RT-RTE-trajectory-extraction. EPI-RTE-conflict-check and EPI-RTE-conflict-disposition separate comparison from successor inclusion inside RT-RTE-tip-consolidation. EPI-RTE-benchmark-check isolates external scoring within RT-RTE-agent-execution. Their declared containment preserves valid end-to-end routes; no supersession is warranted.

Convergence and integration dispositions

The workflow account selects subtask extraction and LLM-guided retrieval from runtime's alternatives. Its model-call handoffs agree with memory's extraction annotation: scoped extraction does not establish separate security principals or a deployed multi-agent runtime. It declares no competing records. Its five-tip setting concerns RT-RTE-llm-selection, not every retrieval configuration. Memory's budget issue is therefore resolved as a shared configuration limit: RT-RTE-cosine-retrieval retains top-3 and uncapped alternatives, and none of the reports establishes a token cap.

Memory's rationale-preservation issue converges with EPI-CLM-provenance-validation: explanatory purpose and source IDs are specified, but full attribution retention, dereferenceable evidence and executed auditing are not. This is uncertainty about the audit path, not a disagreement about the positive metadata design.

Admission and acceptance also remain compatible. Runtime, memory and workflow describe model-mediated semantic admission during consolidation. The epistemic conflict-check and disposition records recognize outcome-consuming curation while withholding demonstrated acceptance of a tip's causal explanation or general applicability. Thus operational retention is positive even though the epistemic ledger finds no post-acceptance lifecycle integration within the document boundary. That finding does not negate consolidation or claim absent deployed functionality.

Delivery, completion and benchmark success are separate in all four accounts. RT-BAP-guidelines-channel describes advisory prompt delivery; workflow distinguishes that event from consumer termination and scoring; the epistemic benchmark part limits its oracle to task/scenario results. Memory's unresolved physical persistence, rejection, withdrawal, reload, rollback and online-update scheduling remain limits, not evidenced absences. No report establishes an automatic repair attempt or memory write after each held-out failure.

EPI-CLM-causal-attribution, EPI-CLM-provenance-validation and EPI-CLM-feedback-cycle are distinct claims, not duplicates of RT-CLM-reported-results. They concern explanatory accuracy, auditability and a repeated improvement cycle respectively; runtime's claim concerns configuration-level outcomes. The reports converge on gains and counterexamples as attributed results, not component-isolated causal evidence. The source's broad improvement language and five-tip language are tensions already retained within runtime and epistemic, not disagreements between those reports.

Runtime's theory accounts and epistemic's part-level assessments retain the same separately bounded conditions: localized guidance and intended semantic consumption are claimed; retained content-directed criticism and iteration are uninspected. Memory and workflow do not close those gaps. All preserve the missing specific-guidance-to-later-behavior causal link rather than inferring exercised self-improvement from delivery or aggregate gains.

No unresolved cross-report disagreement was found in the supplied members. The duplicate amendments, valid-container distinctions and shared limitations above dispose of the integration issues without selecting stronger statuses or rewriting an analyst's findings.