Binder profile verification
Type: agentic-system-analyses/types/agentic-system-verification.md
Verification
I checked all ten axes in the memory profile against the handed records and their annotations, including natural units, local evidence strength, unresolved alternatives and inventory coverage. The profile supports publication as a partial comparison. Its positive findings do not establish observed operation, model compliance, semantic correctness or improvement. No correction answers or refusal were supplied.
Reconciliation identifies the epistemic journal-summary object with MEM-OBJ-journal-summary; the profile uses the latter. The broader EPI-OBJ-task remains useful for status and links alongside the finer task parts. Projection and ingress, fresh admission and prepared replay, and the overlapping journal/task procedures remain distinct. I found no classification that improperly treats these overlaps as independent evidence or promotes their strength.
| Axis | Support and coverage judgment |
|---|---|
storage_substrate |
SQLite is supported for retained graph/config/history state by RT-OBJ-knowledge-graph. Files and SQLite are supported for distinct snapshot content, synchronization metadata and recovery files by MEM-OBJ-snapshot-metadata and MEM-RTE-history-maintenance. The combined file unit names its database metadata separately; it does not infer a graph substrate from the logical graph model. Opaque injection and frontend alternatives remain unresolved, so the partial axis does not assert a complete object inventory. |
representational_form |
Natural-language journal/task content and symbolic rules, scores, status, references and metadata are separated by operative part and consumption path. The claimed interpreting paths remain distinct from wired rendering and fixed-rule consumers. Support is in MEM-OBJ-journal-summary, MEM-OBJ-task-specification, MEM-OBJ-config-views, MEM-OBJ-snapshot-metadata and RT-RTE-task-guide. No parametric memory is inferred from external model computation or a displayed summary. |
lineage |
Authored, imported and trace-extracted findings refer to different production paths, not mutually exclusive labels for the entire graph. Deterministic projection and recovery derivatives support other-compiled at their immediate derivation path. MEM-RTE-journal-curation, MEM-RTE-task-curation, MEM-RTE-document-projection and MEM-RTE-history-maintenance support these distinctions. The known immediate projection path does not purport to resolve upstream live-content provenance or every squash metadata field. |
behavioral_authority |
The profile identifies retained parts, actual consumers and effects: contextual knowledge, plans/specifications as instruction, criteria as validation, status/config/history as routing, and structural checks as validation plus enforcement. These follow MEM-BAP-journal-guidance, RT-BAP-task-guidance, MEM-OBJ-config-views and EPI-RTE-undo-redo. Learning authority is separately supported where retained activity feeds durable plans at the update consumer in EPI-RTE-journal-review; it does not depend on automatic admission or demonstrated capacity gain. No ranking value follows merely from ordered search results. |
write_agency |
The units distinguish content decisions from authorship and physical I/O. Explicitly supplied or approved journal/task/import content supports manual at the claimed layer. Agent-derived conversation captures and investigation findings without separate content approval support automatic at that layer. Structural initialization, projection and recovery selection support wired automatic mechanisms. MEM-RTE-journal-curation, MEM-RTE-task-curation, EPI-RTE-import-mapping and RT-RTE-journal-repair support these classifications. Generic caller/disk admission remains unresolved rather than inheriting software admission or human authorship as its answer. |
curation_operations |
Journal distillation supports consolidation, requested duplicate merges support deduplication, retained-field revision supports evolution, and cancellation/drop with retained history supports bounded invalidation. These are claimed semantic procedures in MEM-RTE-journal-curation and MEM-RTE-task-curation. MEM-RTE-history-maintenance separately supports wired history reduction and replacement. The profile does not convert uncertain generated meaning into synthesis, nor orphan-file removal into semantic invalidation. Partial units preserve unresolved transformation coverage. |
read_back_direction |
Requested graph and skill reads support pull; automatic subscribed transaction delivery and commit-triggered graph projection support non-model push. Explicit render/sync/recovery requests remain separate pull operations. Support is in MEM-RTE-selected-read, MEM-RTE-journal-curation, RT-RTE-extension-load and MEM-RTE-document-projection. A requested return is not counted again as push. The unresolved extra injection prevents a pull-only or complete-direction conclusion. |
read_back_signal |
Hook event/config availability supports coarse selection of delivered transaction JSON. Commit/rollback-triggered navigation/view filtering supports coarse document supply, with further projection selection unresolved. RT-RTE-extension-load and MEM-RTE-document-projection identify those triggers, inputs and delivered parts. Requested operations are locally inapplicable; the axis remains partial because other delivery is unresolved. Metadata paths and entity IDs are not mistaken for evidence of targeted identifier matching. |
trace_learning |
The two positive units identify automatic trace-fed production, durable output and later consumers: compact journal conversation capture and execution-informed task investigation findings. MEM-OBJ-journal-log, MEM-RTE-journal-curation, EPI-RTE-task-findings and RT-RTE-task-guide support yes at the claimed layer. This classification requires neither new knowledge nor improvement. Manual semantic admissions and fixed structural copying are locally inapplicable, not global negatives. Generic writes and opaque alternatives remain unresolved. |
trace_source |
Conversational origin supports session-logs for the named automatic journal capture. Requested reproduction/execution feedback supports tool-traces for investigation. The records do not establish all mixed inputs, so both source units remain partial: MEM-OBJ-journal-log, MEM-RTE-journal-curation and EPI-RTE-task-findings. Calendar/health labels, timestamps and workflow sequencing alone establish neither an additional event-stream source nor trajectories for these qualifying writes. The printed Git proposal has no admitted later-consumer chain in RT-RTE-git-import. |
Several units group related objects or consumers, but their findings and notes retain the consequential distinctions in substrate, effect, request boundary and evidence layer. They do not transfer a wired witness to claimed semantic behavior or resolve opaque alternatives by association. The workflow's broader guide inspection, attached to RT-RTE-task-guide in the workflow annotations, supplies additional requested human decisions and staged handoffs, not a complete new memory-object or trace-input inventory. It therefore does not warrant upgrading the profile's partial coverage.
The unresolved live initialization, injected payloads and incompletely assessed consumer alternatives are already expressed in the profile's partial or not-determinable assessments. Their consequences travel with the extracted values. These are faithfully scoped uncertainties, not additional verification limits or evidence of absence. No unsupported emitted value, false complete inventory or material contradiction was identified.
Source-read log: none. This verification used the handed members and reconciliation only; no cited-record ambiguity required target-source inspection.
Blockers
none
Limits
none