jaz-evals reconciliation

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

Reconciliation

Boundary and evidence alignment

All four reports use the boundary: the shipped evaluation workflow is a complete artifact with a partial execution loop, not the external JAZ runtime. Their added inspections remain within SRC-1. Implementation, shipped guidance and attributed historical statements do not supply observed runs or causal experiments. Shared uncertainty about external runtimes, benchmark validity, activation and improvement is not a disagreement. Agreement between analysts inspecting this source is not independent execution evidence.

Record identities and containment

Amendment: EPI-RTE-analysis-report is superseded by MEM-RTE-artifact-analysis. Both identify the later jaz-evals-analyze invocation: explicit target selection, attempt discovery, diagnostic dispatch and operator-facing output in SRC-1, src/jaz_evals/analyze_cli.py. Their retained passages cover the same CLI consumer; the memory record additionally supplies trace-layout selection in src/jaz_evals/analysis.py. The epistemic record's inapplicable later-read-back field concerns no subsequent reload of its printed output; the memory record's later-read-back field concerns this invocation reading the producer attempt's files. These describe different edges of the same route, not incompatible findings. Both retain uninspected operation, advisory operator force, incomplete helper coverage and no established automatic solver update. The amendment connects identity without replacing either record's fields or strengthening diagnostic validity. Both differ from their artifact producer, RT-RTE-evaluation-attempt.

No supersession is warranted between EPI-OBJ-ace-playbook, MEM-OBJ-playbook and MEM-OBJ-playbook-counts. The epistemic object explicitly combines counted storage and count-stripped model-facing copies. The memory objects separate advice from its stored counter fields. The combined object remains a valid container: its finding does not depend on counters reaching solvers or measuring helpfulness. The separate advice and counter findings therefore remain alongside it, rather than replacing it through a split amendment. The state objects are not duplicate declarations of RT-RTE-ace-adaptation, their containing update-and-consumption route.

Likewise, MEM-RTE-playbook-dedup remains a valid subroute container alongside EPI-RTE-dedup-check and EPI-RTE-dedup-replacement. The memory route spans grouping and replacement; the epistemic routes distinguish the similarity check from the consequential transformation. Their endpoints and functions differ, so no whole-record identity or supersession is asserted. None replaces the larger RT-RTE-ace-adaptation. EPI-RTE-count-reshape is a separate rendering operation on the advice/counter representation, not another dedup route or another stored object.

EPI-RTE-curator-check and EPI-RTE-curator-admission separate validation from application inside RT-RTE-ace-adaptation. EPI-OBJ-curator-payload is their proposed operation envelope, not the admitted playbook or MEM-OBJ-adaptation-artifacts, which collects trajectories and diagnostic call records. Overlapping content in a recorded response does not make that artifact collection identical to the parsed payload. No supersession is warranted.

WF-RTE-task-submission covers private submission and retry, evaluation, recording and advancement within RT-RTE-jaz-queue. EPI-RTE-appworld-check isolates grader invocation and result conversion; EPI-RTE-appworld-disposition isolates recording, closure, advancement and scoring. These are overlapping completion substeps, not identical whole routes. Their shared portions require no supersession because each valid account retains its different endpoints and scope. EPI-OBJ-task-verdict denotes outcome fields, not any of those routes or the tool view RT-OBJ-agent-env. EPI-RTE-stulife-feedback concerns the other environment's distinct visibility boundary and is not an alternative declaration of AppWorld completion.

The remaining proposed comparisons also rule out identity. MEM-RTE-jaz-history and MEM-RTE-smolagents-history are history-transfer/read-back subroutes within, respectively, RT-RTE-jaz-queue and RT-RTE-smolagents-chain, not replacement whole-method routes. MEM-OBJ-memory-blocks, MEM-OBJ-conversation, MEM-OBJ-compaction-summary and MEM-OBJ-archival-memory identify different state parts at the seams of RT-RTE-letta-bridge; none denotes the remote model RT-CMP-letta-model. EPI-CLM-playbook-advice concerns ACE's code-owned advice cycle, whereas RT-CLM-ttsi-experiment concerns JAZ's batch-optimization guidance. They are distinct claims, not duplicates.

Connected findings and integration dispositions

ACE admission and later authority converge without a common truth verdict. The runtime's RT-RTE-ace-adaptation, the memory annotation on that route and the epistemic EPI-RTE-curator-check and EPI-RTE-curator-admission agree on computational structural admission, omission of unknown-section operations and preservation of prior state on malformed updates. This is compatible with unresolved seed authorship in MEM-OBJ-playbook. File loading establishes supply, not original approval. Enforcing write syntax and delivering advisory text are different authority paths; RT-BAP-playbook-guidance does not turn parser success into epistemic acceptance or solver compliance.

The counter precision issue in the memory integration issues requires no correction to the runtime: MEM-OBJ-playbook-counts and EPI-RTE-count-reshape agree that helpful/harmful names are not measured reliability and that counts are stripped before ordinary solver/adaptation consumption. The positive update path remains intact. Retained curator call bodies can preserve reasons for inspection without installing those reasons as separately retrievable advice rationale; MEM-OBJ-adaptation-artifacts and EPI-OBJ-curator-payload do not establish a later solver reader of historical sidecars.

Dedup findings converge on a limited transformation. MEM-RTE-playbook-dedup, EPI-RTE-dedup-check and EPI-RTE-dedup-replacement retain the same SRC-1 grouping and replacement evidence: groups may overlap, similarity is not equivalence, parse failure retains a group and the public merge-free branch differs from the shipped model-merge closure. The runtime's optional-dedup account does not claim semantic preservation or correctness-based withdrawal. No conflict requires choosing a stronger status.

Feedback depends on the environment, not the adaptation label. EPI-RTE-appworld-check and EPI-RTE-stulife-feedback substantiate the distinction already retained in RT-RTE-ace-adaptation: AppWorld can expose verdict detail, while StuLife returns progress without correctness and ACE cannot restore the omitted evidence. WF-RTE-task-submission adds recovery ownership without changing that oracle distinction. Recorded grader errors and unconditional advancement do not accept a general explanation or guarantee a correct answer.

JAZ workflow findings preserve the runtime's forcing case. The workflow account relies on the current RT-RTE-jaz-queue, including AppWorld's inherited true completion result. It does not rely on a now-withdrawn queue-exhaustion guarantee. Manual forwarding of single-task instructions, child answer/history returns, root-owned revisions and requested test/discard behavior remain distinct from enforced scheduling or independent change approval. RT-CLM-ttsi-experiment is guidance; the epistemic ledger's implemented invocation route does not upgrade its independent acceptance gate beyond doctrine.

Context and opaque memory limits remain local. The history subroutes and their memory annotations do not contradict RT-RTE-fresh-session or RT-RTE-codeact-filter: a fresh frame or removed binding does not rule out explicitly passed histories, authored output lists or ACE advice. Requested smolagents display suffix limits do not establish truncation of the wrapped payload. Letta's four state objects preserve positive initialization, message-selection and summary-production seams while leaving exact retrieval, summary insertion, editing authority and recoverability unresolved. This qualifies the bridge's broad memory affordance without denying its implemented host-tool channel. Exported diagnostics are not proof of restorable server state.

The memory integration issues therefore remain precision additions, distinct-part comparisons and bounded unknowns, not established cross-report defects. No analyst correction answers or declined objections are supplied in this invocation. No dependent finding was found to require a supplied record to say something it no longer says. No unresolved disagreement between the supplied reports is identified. Missing generated artifacts, model compliance, historical run evidence, external implementations and unaudited publication consumers continue to prevent conclusions about exercised learning, exercised self-improvement, semantic fidelity, exhaustive lifecycle coverage or reproduced scores; they do not erase the positive implemented routes.