The eight pattern tables and remediation lists are dense and earn their tokens, but the opening terminology note (provenance of 'flaky test', ISTQB status) and the Google-correlation observation re-explain context Claude already knows and could be trimmed.

Remediation is copy-paste-ready and specific throughout — 'await expect(loc).toBeVisible()', 'PG_SCHEMA=test_${WORKER}', 'sinon.useFakeTimers()', MSW/nock/WireMock, 'page.getByRole(...)', 'faker.seed(N)' — with concrete flags and commands, not pseudocode.

Although framed as a reference rather than a workflow, the triage decision tree gives a clearly sequenced, branching procedure that narrows one axis at a time, and the task is not a destructive/batch operation requiring validate-fix-retry checkpoints.

No bundle files exist and none are needed; the body is organized into eight discrete, well-signaled pattern sections plus a decision tree and a flat References list, with only one-level-deep links to sibling skills and external posts and no nested reference chains.

Enumerates eight concrete pattern categories (async/timing, test ordering, shared parallel state, etc.) and commits to delivering 'detection heuristics and remediation per pattern', naming multiple specific deliverables rather than vague actions.

Explicitly answers both halves: the 'what' is a reference catalog of eight patterns with heuristics and remediation, and the 'when' is the explicit 'Use when triaging an unknown flake to identify the category before bisecting.' trigger clause.

Uses practitioner-natural terms a user would say when hitting a flake — 'flake patterns', 'unknown flake', 'triaging', 'bisecting' — alongside the eight category labels that mirror how teams actually describe these failures.

Occupies a clear narrow niche — flake-pattern identification during triage, explicitly positioned as the reference sibling to the 'flaky-test-quarantine' workflow — making it unlikely to fire for unrelated debugging skills.