The body is mostly efficient with concrete commands, but repeats flag rationale across the command block, the required-params list, and the 'What NOT to pass' section, and the long --target-model paragraph and closing 'Reference' section restate details already covered — could be tightened.

Provides a copy-paste-ready `skvm jit-optimize` command with all required and optional flags, concrete report.json/conv-log.jsonl schemas, and an explicit instruction to capture the id from the 'Proposal: ' line — fully executable guidance.

A clear 4-step sequence with explicit error checkpoints — non-zero exits ('read the stderr message and stop'), the 'another optimization is in progress' case, and guardrails against directly editing the skill directory — plus feedback loops for error recovery.

It correctly signals a one-level-deep reference (adapter-skill-paths.md) for per-harness skill paths, but no bundle directory exists and that referenced sibling file is absent on disk, so navigation is undermined; some guidance that could be split (the --target-model derivation) is inline.

Names concrete actions — 'Trigger `skvm jit-optimize`' and 'generates a reviewable optimization proposal for a skill' — listing multiple specific operations rather than vague language.

Explicitly answers both what ('Trigger `skvm jit-optimize`...generates a reviewable optimization proposal') and when ('Use after finishing a task that was driven by any skill...when the outcome was a failure, was partial...'), with an explicit 'Use after...' trigger clause.

Uses natural post-task phrasings a user would say — 'outcome was a failure, was partial', 'skill's instructions clearly caused confusion', 'unnecessary detour' — with good coverage of common variations.

Carves a clear niche (post-task optimization) and explicitly routes general skvm usage away to 'the sibling `skvm-general` skill instead', making it unlikely to trigger for the wrong skill.