Hermes Agent profile verification

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

Verification

I checked all ten axes of the memory profile against the handed runtime, memory, epistemic and workflow records. The check covered positive findings, evidence bases, natural units, unresolved alternatives and inventory assessments. Reconciliation establishes no supersessions or unresolved report conflicts. Overlapping records retain their separate scopes. No target source files were read and no new evidence was introduced.

The compared scope is retained context accumulated or changed through use, not all persistent runtime capabilities. Its exclusions of inference weights, arbitrary application effects, installed plugin implementations, Python kernels and general command approval do not conceal an alternative within that scoped inventory. Provider state, native checkpoints and named alternate context routes remain included and unresolved where appropriate. Every axis is partial. Local known units classify bounded parts or mechanisms, not complete system inventories; no finding claims observed operation or causal benefit.

Storage, form and lineage

Files and process copies have support in MEM-OBJ-memory, MEM-OBJ-user, MEM-OBJ-skill-package and MEM-OBJ-pending-write. SQLite session content, checkpoint sidecars and the local provider queue have distinct support in MEM-OBJ-session-content, MEM-OBJ-native-checkpoint and MEM-OBJ-provider-state. Service-object classifies adapter-visible remote objects without asserting their underlying database. Successful spill files are supported by WF-RTE-summary-return. Unknown goal-state substrate and external alternatives prevent complete coverage.

Representational-form findings distinguish prose at model consumers from symbolic metadata, replay envelopes and script syntax. The encrypted checkpoint payload is not classified from its readable companion. EPI-OBJ-goal-verdict supports symbolic verdict/status and natural-language reason/output parts; the shared unit's note distinguishes them. Spill payload form and alternate transformed payloads remain unresolved. These bounded classifications do not infer parametric memory from encryption, provider names or inference weights.

Lineage findings classify derivation paths separately from initial provenance. MEM-RTE-review-write supports authored and trace-extracted lesson paths; MEM-RTE-local-compaction supports trace-derived summaries and code-compiled fallback handoffs. Imported recall is wired through EPI-RTE-recall-consume; hub acquisition remains afforded. Checkpoint derivation, copied child output and saved goal feedback retain their local qualifications. Known subsequent writes do not resolve initial file or embedding provenance.

Authority, admission and curation

Authority findings name retained parts and actual consumers. Notes, recalled material and history provide knowledge; preferences and procedures provide instruction. Traces at review and summary update consumers separately provide learning authority, supported by MEM-BAP-retained-text, MEM-RTE-review-write and MEM-RTE-local-compaction. Search text/metadata influence ranking in MEM-RTE-session-recall. Retained read marks, protection/suppression state and pinned targets supply validation or enforced vetoes in EPI-RTE-skill-guard and MEM-RTE-pending-review. Session flags/checkpoint positions and saved goal state supply routing. These forces do not establish truth, compliance or benefit; opaque payload and script consumers remain unresolved.

Write agency follows admission rather than authorship or physical I/O. Ungated model/software writes, staging, compaction commits, lifecycle changes, spills and manager saves are automatic. Explicit per-content pending or inline approvals are manual, supported by MEM-RTE-pending-review and MEM-RTE-notes-cycle. The learning-node mutation alternative in EPI-RTE-memory-gate remains control-unknown rather than inheriting the optional tool gate. Remote and incompletely traced admission mechanisms prevent an exhaustive agency inventory.

Curation findings have implemented transformation warrants: patch/edit supports evolve; review extraction and local reduction support consolidate; exact bullet and tool-result duplicate removal support dedup. MEM-RTE-skill-curation supports decay, archive invalidation with history retained, and restore promotion through changed availability. EPI-RTE-recall-reshape supports exact reduction, not semantic near-duplicate inference. Requested consolidation and opaque synthesis displays do not establish synthesize. Fidelity uncertainty does not convert consolidation into synthesis.

Read-back and trace-fed updates

Direction units distinguish requests from unsolicited supply within each chain. Requested skill/archive/provider/pending reads and caller resume are pull; prompt blocks, local handoffs, native adapter replay and automatic prefetch are push. Spill paging is afforded, not upgraded to wired reload by the existence of a file pointer. These distinctions are supported by MEM-RTE-skill-cycle, MEM-RTE-session-recall, MEM-RTE-provider-cycle and WF-RTE-summary-return.

Signal findings identify coarse availability, recency, grouping and budget selectors and their delivered parts. Provider availability gates do not classify the remote matching algorithm. EPI-RTE-recall-consume preserves prior-query RetainDB cache consumption versus ByteRover's current-query call. Requested identifiers do not establish identifier-based push. Pull-specific signal inapplicability does not hide unresolved alternate pushes.

Review and local continuation handoffs qualify as trace learning through automatic trace-fed writes, durable behavior-shaping outputs and later consumers. Saved goal feedback also qualifies through manager persistence and later control/repair consumption in EPI-RTE-goal-check and EPI-RTE-goal-disposition. Novel knowledge and demonstrated improvement are not added conditions. Raw-only archives and untransformed spill copies are assessed separately, not emitted as system-wide negatives.

Session-log and tool-trace sources are supported for those qualifying review, handoff and goal-feedback routes. Synthetic event packaging does not add event-stream origin. I rechecked the author's correction against the previous objection: the provider-ingress trace-source unit now has no positive findings and is not-determinable, consistently with its unresolved qualifying-write assessment. The rationale no longer asserts a wired provider learning-source relationship. MEM-RTE-provider-cycle and MEM-OBJ-provider-state establish ingress and adapters without settling the opaque derived write. The correction preserves independently supported review, handoff and goal-feedback sources and removes the unsupported provider-specific inference. The earlier blocker is resolved.

Named uncertainties already travel with partial, not-determinable or uninspected profile assessments. They are faithful scope qualifications, not additional verification limits. No remaining finding crosses the materiality threshold for a blocker or requires a separate limit.

Blockers

none

Limits

none