Hyperagents profile verification

Type: agentic-system-analyses/types/agentic-system-verification.md

Verification

I checked every finding, its evidence basis, unit scope and coverage assessment in the memory profile against the handed runtime, memory, epistemic and workflow accounts. Reconciliation establishes no supersessions or unresolved conflicts; broader artifact containers and narrower operative parts remain distinct. No source files were read, no evidence was added, and no replacement classification was written.

All ten axes retain positive findings and unresolved included alternatives. Their axis-level partial assessments are supported. None asserts complete system coverage, evidenced absence, observed operation or causal benefit. Possible provider retention is not classified from fixed inference weights; unresolved bootstrap provenance and checkpoint ancillary state are not erased by known subsequent transformations.

Carriers, forms and derivation

  • storage_substrate: Saved patches and reconstructed Git worktrees support files and repo respectively through RT-OBJ-model-patch and RT-BAP-code-replay. The other local objects and policy checkpoint support files. A checkpoint's numerical payload does not establish a model-weights storage backend. Provider retention remains uninspected under RT-CMP-provider-models.
  • representational_form: Executable changes, metadata, configuration and fixed-rule result parts support symbolic form; prose answers, logs and delivered DGM guidance support natural-language form. MEM-OBJ-predictions, MEM-OBJ-chat-history and MEM-RTE-dgm-diagnosis distinguish prose from serialized structure. RT-CMP-policy-runner supports parametric policy state, without classifying opaque auxiliary fields. Retained images remain not-determinable rather than being classified from filenames. The aggregation of parts is locally coarse, as stated in Limits.
  • lineage: Model-authored proposals, software-authored metadata, imported initial material and trace-derived logs/results have separate derivation warrants. DGM's authored and trace-extracted findings describe different aspects of its derivation, not two independent mechanisms. MEM-RTE-dgm-diagnosis and the memory annotation on RT-CMP-policy-runner support trace-fed guidance and numerical adaptation while preserving unknown initial provenance. Unknown bootstrap approval does not invalidate the recorded import path.

Authority, admission and maintenance

  • behavioral_authority: The profile identifies actual consumer effects rather than inferring authority from storage. Executable lineage supplies standing symbolic program directions with executable force, supported by RT-BAP-code-replay. Metadata and reports separately provide eligibility criteria, vetoes, ranking and routing under RT-BAP-selector-flags and RT-RTE-parent-selection; starting-node exceptions and fallback remain explicit. Saved-answer context and skip decisions differ from validation criteria. DGM's trace inputs have learning and knowledge authority at diagnosis, while its extracted output has instruction authority at the editor. Policy parameters route action choice; this does not turn them into localized prose instructions or establish improved capacity.
  • write_agency: Automatic findings concern software/model admission without a per-content operator decision, not mere model authorship or disk writes. RT-RTE-editor-admission, MEM-OBJ-reward-function, MEM-OBJ-cfgs and MEM-RTE-dgm-diagnosis support those mechanisms. Original bootstrap and separately replaced checkpoint admission remain unresolved; no unsupported manual or automatic-only system finding is emitted.
  • curation_operations: Inherited code revision supports evolve; failure flags withdrawing reuse while preserving history support invalidate. DGM field extraction supports consolidate as reduction of the logged diagnosis into selected existing fields, not as a determination about the semantics of diagnosis generation. MEM-RTE-dgm-diagnosis does not warrant synthesize merely because a model proposes an improvement. Copy pruning and cleanup are not misclassified as withdrawal from the retained host archive.

Later consumption and trace-fed writes

  • read_back_direction: Requested tool/file/checkpoint and saved-answer returns support pull; automatic archive supply, lineage reconstruction, reuse selection and DGM statement delivery support push at distinct operations. MEM-RTE-archive-delivery, MEM-RTE-prediction-reuse and RT-RTE-optional-consumers preserve the distinction between a program's requested read, automatic selection and downstream supply. The ensemble's requested answer return is not counted as a second push. Wired filesystem delivery does not upgrade afforded model reading.
  • read_back_signal: Coarse archive availability/pruning and performance selection differ from actual parent/patch or question/instance identity matches. DGM failure identities select corresponding evidence. The Genesis training-success handoff is a coarse gate, not an identifier match inferred from its filename. These local findings cite RT-RTE-parent-selection, MEM-RTE-dgm-diagnosis and RT-RTE-domain-effects. Unresolved direction alternatives retain unresolved selectors.
  • trace_learning: DGM's automatic trace-fed, logged behavior-shaping guidance and later editor consumer support wired yes. Genesis rollout training, retained checkpoint and subsequent policy inference separately support wired yes. MEM-RTE-dgm-diagnosis and RT-CMP-policy-runner supply these chains without requiring new knowledge, explanatory acceptance or observed benefit. Ordinary archive-informed editing retains afforded rather than wired evidence dependence. Raw logging and score reuse alone are not counted as qualifying writes; no unsupported no is asserted.
  • trace_source: Conversational records, execution feedback and linked episode experience support session-logs, tool-traces and trajectories on the respective qualifying writes. MEM-OBJ-chat-history, MEM-OBJ-episode-log and MEM-RTE-dgm-diagnosis support the mixed DGM inputs; the recorded rollout integration supports Genesis trajectories. Static code/task/reference material does not become a trace source through prompt inclusion. No event-streams finding is inferred from serialization alone. Partial coverage preserves opaque and incompletely inspected input provenance.

The DGM malformed retry restricts recovery, not the initial branch's architectural support. The workflow's staged prediction reuse and normal-return qualifications are compatible with these bounded comparison findings; they establish neither reliable recovery nor universally successful archive admission. I found no material unsupported emitted value or coverage assessment requiring correction.

Blockers

none

Limits

  • The profile's representational_form units and several behavioral_authority/write_agency units aggregate multiple operative parts or consumers. MEM-OBJ-predictions, MEM-OBJ-chat-history, MEM-OBJ-episode-log, MEM-RTE-dgm-diagnosis and RT-RTE-optional-consumers support the named local forms and effects, but the grouped presentation is not a one-to-one inventory of every part, admission mechanism and consumption path. The profile rationale preserves the distinctions in prose and its axes already express partial coverage. Existence findings and their stated bases remain supported; consumers should withhold per-part counts and complete route-by-route comparisons, and should not distribute every finding in a grouped unit to every object or consumer named by that unit.