Conciseness

The body is almost entirely version-specific prescriptions (exact v6 signatures like 'neo4j.ExecuteQueryWithDatabase', retry semantics, SRID tables) with zero conceptual padding — it never explains what Neo4j or Go features are. Sections like 'One Driver per application. Goroutine-safe, connection-pooled, expensive to create' are terse driver facts, not library-101 prose, so every token earns its place.

Actionability

Every section is copy-paste-ready executable Go: 'neo4j.ExecuteQuery(ctx, driver, `MATCH...`, map[string]any{"name": "Alice"}, neo4j.EagerResultTransformer, neo4j.ExecuteQueryWithDatabase("neo4j"))' with exact option names, plus a decision table ('Choosing the Right API'), concrete error-handling with 'errors.As(err, &neo4jErr)', and a symptom/cause/fix table. No pseudocode anywhere.

Workflow Clarity

The database workflows carry explicit validation and feedback loops: 'driver.VerifyConnectivity(ctx)' at startup, 'res.Err()' checked after lazy iteration, 'return names, res.Err()' inside managed callbacks, a Common Errors table mapping symptom → cause → fix, and a final verification Checklist — satisfying the database-operations feedback-loop requirement. API-choice sequencing is made deterministic by the 'Choosing the Right API' table.

Progressive Disclosure

Structure is good: both referenced files ('references/advanced-config.md — connection pool tuning...', 'references/repository-pattern.md — repository wrapper pattern...') exist as real, one-level-deep content with content-summarizing pointers under an explicit 'Load on demand' signal. It falls short of a 5 because the 457-line body still inlines niche advanced material — the v6.2/v6.3 Object Mapping preview (struct parameters, CollectRecordsAs/SingleAs), the Spatial Types section, and the generic env-var/godotenv boilerplate — that fits the 'SKILL.md as overview' model better in reference files.

Specificity

It enumerates concrete capabilities in third-person voice ('Covers the Neo4j Go Driver v6 — driver lifecycle, ExecuteQuery, managed and explicit transactions, session config, error handling, data type mapping, and connection tuning'), comprehensively covering the driver's surface with named APIs rather than generic verbs. This matches the anchor for multiple specific concrete actions with comprehensive coverage, not the score-4 anchor (minor gaps) — no major driver capability is missing.

Completeness

Both questions are answered explicitly: the 'what' ('driver lifecycle, ExecuteQuery, managed and explicit transactions, session config, error handling, data type mapping, and connection tuning') and the 'when' with concrete trigger phrases ('Use when writing Go code that connects to Neo4j, setting up NewDriver or ExecuteQuery, debugging sessions/transactions/result handling'). This matches the score-5 anchor exactly; the score-4 anchor requires a 'when' that 'could be more explicit', which is not the case here.

Trigger Term Quality

Good natural keyword coverage — users would literally say 'Go code that connects to Neo4j', 'NewDriver', 'ExecuteQuery', 'neo4j-go-driver', 'sessions/transactions' — plus an explicit 'Triggers on' list. It falls short of the comprehensive anchor because common phrasings users naturally say are absent: 'Bolt', 'graph database', 'Golang', 'Aura', or repo/import-path variants like 'github.com/neo4j/neo4j-go-driver'.

Distinctiveness Conflict Risk

It has a clear Go-driver niche with explicit negative boundaries ('Does NOT handle Cypher query authoring — use neo4j-cypher-skill'), which supports distinctiveness. However, the 'when' clause includes 'or working with neo4j-go-driver v5→v6 migration' while the next sentence states 'Does NOT cover driver version migration steps — use neo4j-migration-skill' — a direct self-contradiction that makes migration requests overlap with the sibling neo4j-migration-skill, fitting the 'mostly distinct; minor overlap risk with closely related skills' anchor rather than the minimal-conflict anchor.