Qiju profile verification

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

Verification

The memory profile is supported within its declared memory boundary. I checked all ten axes, their included alternatives, natural units, findings and evidence strengths against the handed runtime, memory, epistemic and workflow accounts. Reconciliation resolves the duplicate epistemic narrative and next-step objects to the memory objects; the metadata aggregate remains alongside its differentiated parts. The profile uses those canonical identities without treating supersession as stronger evidence. The supplied profile answers file is empty. No source reads were needed, and no new evidence or replacement classifications were introduced.

Objects, form and derivation

Storage substrate. The known file classification covers record fields, opaque extras, addressing, audit and recovery copies. Unknown extra-field meaning does not make their shared file substrate unknown. The narrative's JSONL/Parquet locations are explicit in MEM-OBJ-body-md; the separate audit and recovery paths are supported by MEM-OBJ-redaction-log, RT-RTE-store-migration and RT-RTE-skill-install. Optional modified guidance retains its afforded rather than wired basis. Excluding external provider state and static bundled instructions does not conceal an included Qiju memory branch.

Representational form. The partial assessment correctly separates model-interpreted narrative, plans and descriptors from fixed-rule addressing and tag consumption. The audit contains both structured events and textual reasons; its findings name those parts rather than classifying all JSON as symbolic. MEM-OBJ-search-descriptors supports the two consumption paths. MEM-OBJ-address-metadata leaves extra payload interpretation unknown, so the inventory does not claim complete semantic classification. The external host model supplies no parametric memory finding.

Lineage. The profile distinguishes requested host authorship and session extraction, generated metadata, known import, and unresolved original provenance. MEM-OBJ-body-md and RT-RTE-record-capture support authored and trace-derived checkpoint composition at affordance strength. RT-RTE-store-migration supports import without authenticating the imported material's original derivation. Generated fields do not resolve preexisting caller fields. The partial axis preserves those distinctions.

Consumers, admission and transformations

Behavioral authority. The knowledge finding follows the retained-history output channel, not the bundled assertion that records are verified (MEM-BAP-record-history). Next-step imperatives afford guidance but do not execute or verify tasks (MEM-OBJ-next-steps, EPI-RTE-action-rollup). Timestamp ordering and project/session selection support the separate ranking and routing findings. Existing IDs and archive ID-set checks have validation and enforcing effects at their actual code consumers (RT-RTE-record-capture, RT-RTE-store-maintenance). Review input's learning authority and potential output's instructional authority are separately described and only afforded. Unconsumed audit/recovery material receives no invented force; opaque extra-field authority remains unresolved.

Write agency. Software admission is not confused with model authorship or a user's workflow trigger. The capture finding is supported by EPI-RTE-shape-admission. Administrative transformations classify the subsequent code-controlled operations, while initial caller control remains unknown. The review's manual finding is local to explicit user authorization of proposed edits, not a claim of universal enforcement by Qiju (RT-RTE-skill-review). Separate admission paths are not collapsed into an automatic method-update loop.

Curation operations. Requested checkpoint selection supports afforded consolidation, not observed faithful compression or new knowledge. Wired action-string deduplication is expressly a read-side view; it does not imply persistent task reconciliation (EPI-RTE-action-rollup). Scrub and migration support retained revision; migration's merge supports deduplication rather than merely a capture collision check. Explicit purge supports bounded forgetting (RT-RTE-privacy-repair, RT-RTE-store-migration, EPI-RTE-store-withdrawal). Tier movement is not counted as semantic consolidation or decay. Actual review-output meaning and unassessed import details remain unresolved, preserving partial coverage.

Later consumption and trace-fed writes

Read-back direction. Search/show fulfills a consumer request; filtering and stdout delivery do not add an unsolicited push. The workflow's candidate-selection and hydration account agrees with RT-RTE-record-retrieval. Optional modified-skill loading lacks supplied request/injection mechanics, so partial coverage is appropriate. Audit or backups with no particular later consumer are not invented read-back routes.

Read-back signal. The profile correctly withholds a system-wide inapplicability claim. The known pull branch has no push selector to classify, but the modified-guidance branch is unresolved. Neither stored IDs nor static discovery metadata establish identifier-based push for use-revised content (RT-RTE-record-retrieval, RT-OBJ-qiju-skills, RT-RTE-skill-review). No controlled signal finding is supported for that unresolved inventory.

Trace learning. The afforded positive has the required chain: session experience selected by the host, automatic software admission of a durable account, and later retrieval as context. It does not require weight updates, novel knowledge or measured benefit (RT-RTE-record-capture, MEM-OBJ-body-md, MEM-BAP-record-history). The profile does not upgrade requested host computation to observed operation. Generic caller/import alternatives remain separate unresolved units. User-authorized retrospective application is not another qualifying automatic write. No local negative is asserted without an absence record; partial coverage supports an existence finding, not complete learning enumeration.

Trace source. Conversational session material supports the afforded session-logs finding on the checkpoint route. MEM-OBJ-body-md and its capture annotation leave the host-selected input potentially mixed. The profile therefore keeps this unit partial and does not infer tool traces, event streams or trajectories merely from tools, timestamps or process-history labels. Original caller and imported material remain unresolved rather than being silently assigned the checkpoint route's provenance.

The preserved uncertainties constrain complete-value comparisons, actual host loading, activation, historical accuracy and benefit. They are already expressed in the extracted axes or their scoped findings. They are faithful evidence boundaries, not additional publication defects. No unsupported emitted comparison value, false absence or materially misleading completeness assertion was found.

Blockers

none

Limits

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