LHTB profile verification

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

Verification

I checked all ten axes, their included inventories, unit assessments, positive values and evidence bases in the memory profile against the handed analyst records. I applied the supplied reconciliation: the analysis-model component is canonical under MEM-CMP-analysis-model; the broader analysis route remains compatible with the narrower assessment, cache and aggregation records. No other supersession changes a classification. No source reads, target execution, new records or quotations were needed.

• Storage substrate: File and process-memory findings are supported by MEM-OBJ-handoff-context, MEM-OBJ-trajectory, MEM-OBJ-process-reward, RT-OBJ-trial-result and MEM-OBJ-analysis. The Responses chain's service-object finding describes its exposed API boundary, not an inferred internal database. Its partial unit preserves that distinction. SDK, alternate-agent and remote-platform uncertainty remains included through RT-CMP-terminus-model, MEM-CMP-analysis-model, RT-RTE-agent-dispatch and MEM-RTE-artifact-access.
• Representational form: The profile separates interpreted handoff/trajectory/analysis prose from structural fields, references and executable products. These distinctions follow MEM-OBJ-trajectory, MEM-OBJ-analysis, EPI-OBJ-reconstruct and WF-RTE-migration-grading. Opaque service state is not classified from its readable displays or response identifier. Fixed model weights are not counted as use-accumulated memory.
• Lineage: Trace-extracted findings attach to recorded activity and its derived handoff/analysis paths; authored workspace revision does not settle initialization. Imported verifier submissions and afforded replacement modules describe transfer paths, not original authorship. RT-RTE-context-handoff, MEM-RTE-trial-analysis, RT-RTE-terminal-actions, RT-RTE-verifier-execution and RT-RTE-runtime-patching support those distinctions. Static-input task assessment is separately classified through EPI-RTE-task-check.
• Behavioral authority: Update-consumer learning is kept separate from the resulting text's knowledge/instruction authority at later consumers. MEM-OBJ-handoff-context, RT-BAP-task-guidance, MEM-RTE-trial-analysis and MEM-BAP-analysis-guidance establish those paths without establishing improved capacity. Routing, validation and enforcement at recovery follow the saved-configuration comparison and refusal in RT-RTE-job-recovery. Cache and continuation-reference routing have distinct consumers in EPI-RTE-analysis-cache and MEM-RTE-artifact-access. The profile does not assign enforcement merely because a task product is executable, nor ranking merely because outcomes are numeric. Sweep routing retains the schema-compatibility uncertainty of MEM-RTE-sweep-selection.
• Write agency: Automatic findings concern software/model admission, not a presumption about the human identity of launchers. Handoff installation, workspace mutation, retained evidence recording, structured-analysis admission and streaming upload are supported by RT-RTE-context-handoff, RT-RTE-terminal-actions, MEM-RTE-checkpoint-retention, MEM-RTE-trial-analysis and MEM-RTE-artifact-access. Generic caller and maintenance-actor identity remains unresolved; no unsupported manual value is emitted.
• Curation operations: Consolidation is supported on the implemented handoff and aggregate compression paths, notwithstanding unverified semantic fidelity. Context replacement and workspace revision support evolve; overflow removal supports local decay. RT-RTE-context-handoff, MEM-OBJ-handoff-context, RT-RTE-terminal-actions and EPI-RTE-job-aggregation supply the mechanisms. The handoff unit's notes restrict complete replacement to the successful full branch rather than the shortened fallback. The profile preserves indeterminate content relations instead of inferring synthesis from model generation. Upload primary-key skipping is not treated as near-duplicate curation.
• Read-back direction: Requested file access and explicit viewer/export access remain pull; independent context supply, host selection, aggregate field supply and configured trial-end upload remain push. The profile distinguishes request, selection and delivery rather than counting every transport as push. RT-RTE-context-handoff, RT-RTE-job-recovery, MEM-RTE-trial-analysis and MEM-RTE-artifact-access support the named operations. The afforded later import of maintained runtime code remains separate from installation admission under RT-RTE-runtime-patching.
• Read-back signal: Coarse and model-judgment findings identify actual automatic selection on the context path; recovery and sweep identifier findings concern matching retained outcomes/configurations to later work. Cache/field supply and END-hook upload retain coarse selection rather than deriving identifier targeting from filenames or duplicate-upload vetoes. These mappings are supported by RT-RTE-context-handoff, RT-RTE-job-recovery, MEM-RTE-sweep-selection, EPI-RTE-job-aggregation and MEM-RTE-artifact-access. Pull-only units have locally inapplicable signals, but unresolved alternative directions remain included.
• Trace learning: Both positive chains satisfy the profile definition: automatic trace-fed derivation, retained behavior-shaping output and a later model consumer. The handoff chain follows RT-RTE-context-handoff and MEM-OBJ-handoff-context; trial interpretation to aggregation follows MEM-RTE-trial-analysis, MEM-OBJ-analysis and MEM-BAP-analysis-guidance. Neither requires parameter change, novel knowledge or observed improvement. Raw recording/export and scheduling are not automatically additional learning routes. No unsupported local or system-wide no is emitted.
• Trace source: Session-log and tool-trace findings describe the original conversational and execution content feeding the two qualifying chains, supported by MEM-OBJ-handoff-context, MEM-OBJ-trajectory and MEM-RTE-trial-analysis. The records do not require event-streams merely because timing triggers exist, or trajectories merely because the persisted file uses that name. Static-input task checking has a separately reasoned inapplicable unit; unresolved qualifying writes retain unresolved sources.

All axis assessments are partial, with positive findings and named unresolved alternatives. Local known assessments concern classified paths or parts, not successful execution or universal semantic fidelity. The profile preserves full-handoff versus fallback differences, opaque provider/SDK and alternate-agent state, unestablished checkpoint/task-check readers, remote consumers and sweep compatibility. These are faithfully scoped uncertainties, not publication defects. Wired and afforded findings remain distinct from observed operation and causal benefit. I found no unsupported emitted comparison value or materially misleading coverage assertion requiring repair, and no additional unresolved issue that needs a publication limit.

Blockers

none

Limits

none