Lists multiple specific concrete actions: 'azd up', 'azd deploy', 'terraform apply', and mentions 'built-in error recovery'. Also specifies the precondition 'already-prepared apps', which adds clarity about scope.

Clearly answers both 'what' (execute Azure deployments with error recovery) and 'when' (explicit WHEN clause with trigger phrases). Additionally includes a 'DO NOT USE FOR' clause that further clarifies boundaries, which is excellent for disambiguation.

Excellent coverage of natural trigger terms users would say: 'run azd up', 'run azd deploy', 'push to production', 'go live', 'bicep deploy', 'terraform apply', 'publish to Azure'. These are highly natural phrases a user would type.

Highly distinctive with clear boundaries. Explicitly names sibling skills to avoid conflicts ('azure-prepare' for creating new apps, 'azure-validate' for pre-deploy checks), and the trigger terms are specific to deployment execution rather than general Azure work.

The skill is mostly efficient but has notable redundancy — the validation proof check is stated in the Steps table (Step 1), then repeated as a callout block, and again in Gotchas (4 separate bullet points essentially restating the same prerequisite chain rules). The Reference Index table at the end partially duplicates links already provided inline. However, it avoids explaining basic concepts Claude would know.

The skill provides a clear step sequence and references to external files for concrete commands, but the SKILL.md itself contains no executable code or specific commands — it delegates everything to recipe files and reference docs. The MCP tools table and SDK references are helpful but the actual deployment execution details are absent from this file, making it incomplete on its own.

The workflow is clearly sequenced with numbered steps, explicit validation gates (plan status check, validation proof check), an auto-prepare gate for missing prerequisites, error handling step, and a verification step. The prerequisite chain is enforced at multiple points with clear feedback loops (if not validated → invoke azure-validate first).

Content is well-structured as an overview with clear one-level-deep references to recipes, checklists, SDK docs, and troubleshooting. The Reference Index table with 'When to Load' guidance and the explicit instruction 'Load these on demand — do NOT read all at once' demonstrate excellent progressive disclosure design.