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Use when implementing one focused performance hypothesis on a branch: make the smallest viable code change, measure it against the shared benchmark, and leave a clean handoff for evaluation.
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Use when the team needs a repeatable benchmark or evaluation harness before parallel optimization work begins, so every candidate change is tested with the same command, data shape, and success criteria.
Use when multiple optimization candidates exist and you need to benchmark them consistently, compare impact and risk, pick the winner, and explain the outcome clearly enough for a demo or PR.
Use when you need to add lightweight performance instrumentation, capture a baseline, and identify the slowest endpoint or hot path with enough trace detail for planning and optimization.
Use when you have baseline trace evidence and need to turn it into ranked optimization hypotheses, parallel engineering workstreams, and a clear plan for which ideas should be tested first.
Use when the winning optimization is chosen and you need a crisp PR-ready snapshot: problem, evidence, benchmark table, code change summary, risk notes, and the exact story to tell in a demo.
Use when starting from an unfamiliar repository or GitHub URL and you need a fast performance-focused intake: how to run it, where the user-facing surfaces are, which endpoint is best to optimize, and what the next agents need.
Basé sur la classification professionnelle SOC
| name | performance-engineer |
| description | Use when implementing one focused performance hypothesis on a branch: make the smallest viable code change, measure it against the shared benchmark, and leave a clean handoff for evaluation. |
Own one optimization path and make it measurable.
A strong branch is narrow, explainable, and easy to compare. Do not chase every possible fix. Land one real idea and prove what it did.
