Autogenesis profile verification
Type: agentic-system-analyses/types/agentic-system-verification.md
Verification
I checked the memory profile against the handed runtime, memory, epistemic and workflow records, applying the profile type's definitions and materiality threshold. This is a judgment of classification support, not a new source analysis or a repetition of deterministic citation checks. No source files were read and no new quotations or records were produced. The supplied profile answers file is empty; no predecessor objection determines this judgment.
The scoped inventory distinguishes use-accumulated content and access metadata from unchanged shipped instructions, transient invocation state and external inference weights. Changed capability artifacts are included without treating registration as proof of later memory-instance availability. Reconciliation's two object supersessions are respected: the summary and corpus classifications use MEM-OBJ-working-memory and MEM-OBJ-knowledge-corpus. The narrower epistemic routes remain valid support for transformations and consumers rather than competing object identities.
| Axis checked | Support and coverage disposition |
|---|---|
| storage_substrate | Resident deques, dictionaries and caches support in-memory; named disk artifacts support files. MEM-OBJ-recent-history, MEM-OBJ-memory-config, MEM-OBJ-memory-display and EPI-OBJ-checkpoint distinguish these substrates from encoding. Grouping the named homogeneous parts does not classify external storage. MEM-OBJ-plugin-history supports leaving that alternative unresolved. Partial coverage is warranted. |
| representational_form | The profile separates interpreted prose from fixed-rule structural fields and executable source, including distinct consumption of changed skill instructions. MEM-OBJ-todo-files, MEM-OBJ-knowledge-corpus, RT-OBJ-skill-content and MEM-RTE-memory-admission support the local natural-language and symbolic findings. The readable parts are not used to classify opaque nested payloads or provider parameters. Partial coverage is warranted. |
| lineage | Immediate lifecycle extraction, model authoring and document import have separate derivation scopes. MEM-OBJ-recent-history, MEM-RTE-history-compaction, MEM-RTE-todo-context and EPI-RTE-corpus-ingest support those findings. Known immediate paths do not settle initial caller content, nested source provenance or restored artifact origin; the profile retains those unknowns rather than claiming complete lineage. |
| behavioral_authority | The retained part, consumer and effect are identifiable for each finding. History supplies foreground context; history and prior summaries also feed the automatic summary update. MEM-BAP-memory-context and MEM-RTE-history-compaction support knowledge and learning at these different consumers. EPI-RTE-corpus-retrieve supports both text-based ranking and delivered reference content without truth endorsement. RT-RTE-workflow-execution and EPI-RTE-workflow-evaluation support the separate routing, validation, enforcement and advisory effects. Grouped units retain distinct findings for distinct effects. The unresolved generated-artifact and downstream-consumer scope prevents a complete authority inventory. |
| write_agency | MEM-RTE-tiered-context, MEM-RTE-history-compaction, MEM-RTE-todo-context and RT-RTE-extension-admission support software/model admission without mandatory per-content human decisions. The profile does not infer manual agency from task initiation, API caller identity or requested approval. Separate unresolved supply/replacement mechanisms preserve the control gaps. |
| curation_operations | MEM-RTE-history-compaction supports consolidate even though exact semantic fidelity is unresolved in EPI-RTE-history-compact. Bounded summary/session forgetting, plan revision/removal, current-version evaluation filtering and optimizer source replacement support the other emitted operations through MEM-RTE-tiered-context, MEM-RTE-todo-context, EPI-RTE-workflow-evaluation and RT-RTE-extension-admission. Neither possible summary error nor duplicate-run rejection is inflated into synthesis or deduplication. Untraced transformations remain unresolved. |
| read_back_direction | MEM-RTE-tiered-context, MEM-RTE-conversation-replay and MEM-RTE-corpus-retrieval establish requested delivery, not an extra push merely because software returns the result. MEM-RTE-todo-context and MEM-RTE-history-compaction establish independently triggered supply to the foreground context and summarizer respectively. Both direction values are supported; unresolved alternatives prevent completeness. |
| read_back_signal | The todo push matches ctx.id to the actual delivered plan file; MEM-OBJ-todo-files and MEM-RTE-todo-context support identifier selection. Overflow selects an oldest count-bounded chunk and preceding summary, supporting coarse selection through MEM-RTE-history-compaction. Pull-only operations are locally inapplicable, not grounds for making the unresolved alternatives inapplicable. Lexical ranking on requested corpus retrieval is correctly excluded from push signals. |
| trace_learning | MEM-RTE-history-compaction, MEM-OBJ-working-memory and EPI-RTE-summary-retain establish automatic experience-fed production, retention and later consumption of behavior-shaping summaries. Wired yes therefore needs neither observed improvement nor restart reload. MEM-OBJ-execution-records establishes exports, not trained successors; unresolved consumers remain included. No unsupported local or system-wide no is emitted. |
| trace_source | MEM-OBJ-recent-history and MEM-RTE-history-compaction support lifecycle callbacks and recorded action results as actual compacted inputs, warranting event-streams and tool-traces. These findings concern source activity, not the mere event envelope. The same unit remains partial for task text, notes and child/environment content with unresolved original provenance. Stored conversations and trajectory exports are not promoted into qualifying learning sources without an update consumer. |
All emitted findings use wired evidence, consistent with the implementation layer of the handed records; none asserts observed operation or causal benefit. All ten axes remain partial, and local known units are scoped to the classified mechanisms or parts, not the opaque alternatives. The coarse grouping of homogeneous parts does not change an emitted value or imply a complete system inventory.
I also checked the consequential cross-report qualifications. MEM-ABS-tiered-reload concerns built-in disk rehydration, not absence of trace learning or absence of all recovery. MEM-OBJ-memory-display distinguishes persisted views from prompt selection. MEM-RTE-memory-admission preserves the class-registration instance gap alongside separate live-instance paths. RT-RTE-workflow-execution limits hash validation to the checked branches rather than certifying hashless cached work. WF-RTE-ui-verification establishes advisory product-verification handoffs, not a further demonstrated durable learning mechanism. The profile preserves these boundaries.
No unsupported emitted value, evidence upgrade, bounded-negative substitution or materially misleading coverage assertion was found. The unresolved alternatives already expressed in the profile are faithfully scoped uncertainty, not additional verification limits.
Blockers
none
Limits
none