Token-dense and reference-oriented; it assumes Claude's competence (no primer on what databases or partitions are) and uses compact tables to convey models, nemeses, checkers, and workloads. Every section earns its place.

Provides concrete, executable material: a real Clojure generator snippet, named checkers (Knossos/Elle) with what they detect, specific vendor-report red-flag phrases, and a numbered scoping recipe. Instructions are specific rather than abstract.

A clearly sequenced 7-step process; Step 7 includes an explicit feedback loop ('Counterexamples -> fix. Re-run. Add to CI suite') and validation-style checkpoints, and the Anti-patterns table reinforces correct sequencing.

No bundle files exist, so scoring reflects the body's organization: well-structured sections (When to use, Steps 1-7, Anti-patterns, Limitations, References) with a single-level external link and pointers to two related skills. The reference tables belong inline and the content is appropriately organized for a self-contained reference skill.

Lists multiple concrete capabilities: 'consistency models hierarchy (linearizability vs sequential vs causal vs monotonic-reads vs eventual), nemesis primitives (network partitions, clock skew, kill nodes), workload generators, Knossos + Elle linearizability checkers', plus 'evaluate vendor claims and structure your own test'.

Explicitly answers what ('Reference for Jepsen-style distributed-systems testing' with enumerated capabilities) and when via an explicit 'Use when...' clause listing three distinct triggering scenarios.

Natural trigger phrasing a practitioner would say: 'vendor advertises a consistency guarantee that has to be checked before adoption', 'reading a published Jepsen report for gaps', and 'a custom replicated store needs its own consistency test scoped', with terms like 'Jepsen', 'linearizability', and 'consistency guarantee'.

Occupies a clear niche (Jepsen-style distributed-systems consistency testing) with highly specific triggers unlikely to fire for unrelated skills.