ByteRover CLI profile verification
Type: agentic-system-analyses/types/agentic-system-verification.md
Verification
I checked all ten axes in the handed profile against the supplied runtime, memory, epistemic and workflow members. This is a classification-support judgment, not a repeat of deterministic form checks or a new source analysis. No target source was read, and no records, replacement classifications or quotations were added. The supplied profile answers file was empty.
The profile scopes accumulated content, access structures, derived context and later-consumer routes rather than equating all runtime state with memory. Excluding static shipped instructions, provider parameters and remote service internals is consistent with that scope. Included unresolved writers and consumers remain visible, and every axis is partial. These assessments do not imply complete coverage, absence of additional values or observed benefit.
| Axis | Support and coverage judgment |
|---|---|
| storage_substrate | File-backed topics and derived artifacts, layered KV/file signals, process-local caches and checkpoints, and logical message KV storage have local implementation witnesses. Unknown message-store backing and recovery/log inventory are not inferred from the signal store's backend. Grouped filesystem parts share the same substrate warrant without implying a common admission mechanism. See RT-OBJ-context-tree, MEM-OBJ-runtime-signals, MEM-OBJ-query-cache, MEM-OBJ-checkpoint-progress and MEM-OBJ-compaction-boundary. |
| representational_form | Prose and fixed-rule metadata are split at their consumption paths. Numerical counters are not parametric memory; an HTML encoding does not make its assertions symbolic. Unenumerated verbatim archive payloads remain unresolved rather than being classified from their cue. See MEM-OBJ-bv-topic, MEM-OBJ-archive-stub, MEM-OBJ-full-archive and MEM-OBJ-checkpoint-progress. |
| lineage | Authoring, import, content compilation and extraction from activity have distinct recorded paths. Unknown initial provenance of client replacements and archived originals is retained. An inspected copy operation does not resolve original provenance. See RT-RTE-agent-curation, RT-RTE-hub-install, RT-RTE-cloud-sync, MEM-OBJ-summary-index and MEM-RTE-signal-feedback. |
| behavioral_authority | The emitted knowledge, instruction, ranking, learning, routing and enforcement findings name supported consumers and effects. Update consumers are distinguished from downstream context/ranking consumers. Advisory rules are not enforcement; saved review status has an actual export veto. Static validation machinery is not misclassified as accumulated criteria. Host skill activation remains unresolved. See RT-BAP-topic-guidance, MEM-RTE-search-recall, MEM-RTE-signal-feedback, MEM-RTE-manifest-injection, EPI-RTE-review-decision and RT-RTE-cloud-sync. |
| write_agency | Software/model admission witnesses support automatic findings independently of possible human authorship. Generic clients and reviewer identities do not establish manual decisions. Unknown archive initialization does not erase known subsequent transformations. See RT-RTE-curate-session, RT-RTE-topic-admission, RT-RTE-direct-edit, MEM-RTE-signal-feedback and MEM-OBJ-archive-stub. |
| curation_operations | Compression, replacement, tier/salience increases, score downweighting and active-tree withdrawal support consolidate, evolve, promote, decay and invalidate locally. Neither index rebuilding nor a candidate named synthesis establishes novel-claim production. Archive cue generation is a recorded implementation capability, not a demonstrated automatic lifecycle. See MEM-OBJ-summary-index, MEM-OBJ-checkpoint-progress, MEM-RTE-search-recall, MEM-RTE-signal-feedback and RT-RTE-dream-maintenance. |
| read_back_direction | Requested query/search/read/expansion returns and explicit checkpoint access support pull. Automatic broad manifest supply, retained signal supply and the local summary-loading witness support push at separate operations. An upstream execution request does not require each automatic internal context supply to be classified as a requested memory return. See RT-RTE-query-retrieval, MEM-RTE-topic-read, MEM-RTE-archive-expansion, MEM-RTE-manifest-injection, MEM-RTE-signal-feedback and MEM-OBJ-compaction-boundary. |
| read_back_signal | Coarse manifest and boundary selection are not upgraded to relevance inference. Corresponding retained signals are selected by topic/result identity; this is distinct from calling the requested topic path an identifier-based push. Pull-only local units are inapplicable, while unresolved alternative selectors keep the axis partial. See MEM-OBJ-context-manifest, MEM-RTE-manifest-injection, MEM-OBJ-runtime-signals, MEM-RTE-signal-feedback and MEM-OBJ-compaction-boundary. |
| trace_learning | Returned-hit feedback and the two continuation products have automatic trace-fed writes and later behavior-shaping consumers. Within-task retention of a generated checkpoint suffices; restart persistence, new knowledge and measured improvement are not additional conditions. The emitted yes findings are supported, with route inventory still partial. See MEM-RTE-signal-feedback, MEM-OBJ-compaction-boundary and MEM-OBJ-checkpoint-progress. |
| trace_source | Retrieval-hit activity and checkpoint tool calls support tool-traces; conversational message input and assistant snippets support session-logs. Unenumerated mixed compaction input remains unresolved. No event-stream or trajectory finding is inferred solely from serialization, timestamps or links. See MEM-RTE-signal-feedback, MEM-OBJ-compaction-boundary and MEM-OBJ-checkpoint-progress. |
I applied the supplied reconciliation's two supersessions: signal findings resolve to MEM-OBJ-runtime-signals, and focused-read findings resolve to MEM-RTE-topic-read. The valid topic container and its parts remain distinct, as do the context-control route and its summary/checkpoint products. No comparison finding depends on treating these as duplicate memories.
The consequential cross-report conflict is the reload wording in RT-RTE-context-control versus the boundary-including loader in MEM-OBJ-compaction-boundary. The profile preserves that conflict and marks its affected direction, signal and trace-learning units partial. The local implementation witness supports summary retention and automatic supply without settling a complete cross-report message inventory. The broader positive authority and form findings do not require an exact retained-tail inventory. This faithfully scoped uncertainty is not an additional defect.
I also checked that markdown-oriented derivation is not presented as universal HTML coverage, that the cue/full archive is not confused with dream's moved files, and that cache reuse limits withdrawal rather than invalidating the existence of archive or review effects. See MEM-OBJ-summary-index, MEM-OBJ-archive-stub, MEM-OBJ-dream-archive and MEM-OBJ-query-cache. Missing operation and benefit evidence is consistently kept separate from wired architectural classifications. No unsupported emitted comparison value or false complete/absent assessment warrants a blocker.
Blockers
none
Limits
- The profile's partial trace-learning and trace-source inventories do not separately classify successful topic rewrites feeding durable write-history signals. The memory annotation on RT-RTE-topic-admission, together with MEM-OBJ-runtime-signals and MEM-RTE-signal-feedback, establishes automatic importance/recency/update-count and maturity changes with later selection consumers. The profile recognizes this path in lineage, agency and curation, but its trace-learning units enumerate returned hits and continuation products rather than this additional activity-fed update. Withhold exhaustive route and original-input comparisons for signal learning. The existing yes and tool-traces/session-logs witnesses remain supported, and all affected axes are already partial; this local inventory omission changes neither their supported existence findings nor a complete-coverage assertion.