ai-eval-plan
FeaturedDesign an evaluation plan for an LLM or AI feature before shipping it. Use when asked how to evaluate a prompt/model/agent, set up an eval harness, define quality metrics for an AI feature, or build a regression gate. Produces an eval plan — task definition, datasets, metrics & rubrics, baselines, automated + human evals, a pass bar, and a regression gate.
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Quality Score: 96/100
Skill Content
Details
- Author
- mohitagw15856
- Repository
- mohitagw15856/pm-claude-skills
- Created
- 7 months ago
- Last Updated
- yesterday
- Language
- HTML
- License
- MIT
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Bundled in these plugins
Similar Skills
Semantically similar based on skill content — not just same category
ai-eval-harness
Designs and runs evaluation harnesses for AI features and for agent skills themselves. Use when shipping LLM features or measuring skill quality. Emits EVAL_PLAN / EVAL_REPORT. Never claims production quality from a handful of vibes-only prompts.
ai-feature-eval-harness
Design an evaluation plan for a product AI feature (LLM- or model-backed output): measurable success criteria, a held-out labeled eval dataset shape, per-criterion grading (code-based first, then LLM-based for nuanced judgment), and a pass threshold, then persist as AI_EVAL_PLAN.md. Use when the task ships or changes a feature whose output is model-generated or non-deterministic (assistant reply, classification, extraction, summarization, ranking, agent action) and needs a repeatable dataset-backed eval rather than only example-based tests. Do not use when the feature has no model-backed output (use test-strategy for deterministic behavior), when judging Fhorja's own command outputs against a rubric (use verify-against-rubric), or when no active task folder exists. The code-graded tier composes with ADR-0048 (a passing deterministic gate is Layer-1 evidence); the LLM-graded tier is added signal, not a replacement.
ai-evals
Use when testing an LLM-backed feature, prompt, tool loop or multi-step agent, where the same input can produce different outputs and a prompt or model change can regress behaviour with no code diff. The behaviour spec that precedes the prompt, scenario datasets including adversarial and degradation classes, deterministic assertions over OpenTelemetry traces, calibrated LLM-as-judge, CI gates with baselines, human-in-the-loop, and the production scoring loop that turns incidents into scenarios.