Generates AI quality evaluation reports for LLM and ML-powered products — designs golden datasets, defines accuracy metrics, tracks quality across iterations, and produces stakeholder-ready summaries that explain probabilistic behaviour in business language. Use when evaluating AI or LLM output quality, building an eval framework or golden dataset, benchmarking accuracy between releases or prompt versions, reporting AI quality to clients or executives, or when the user asks "how good is our AI", "accuracy report", "eval results", "benchmark the model", or "why does the AI give different answers to the same question".
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100%
Does it follow best practices?
Impact
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No eval scenarios have been run
Passed
No known issues
Stakeholders who expect deterministic software interpret probabilistic behaviour as broken software. This file provides framing and copy-ready language for the conversations that decide whether an AI product keeps its client.
Never compare the AI system to perfect software — compare it to the process it replaces.
The honest product promise for most AI systems is capability + verification path, not perfection: the system does the heavy work, the human makes the final call where stakes are high.
Have it at kickoff, not after the first disappointing benchmark. Delaying this conversation is the single most common trust failure in AI delivery. Key points to land:
Adapt to context:
"The system doesn't retrieve stored answers — it generates each answer by reading the source documents, the way an analyst would, only faster. Like an analyst, it can occasionally misread or miss something, which is why we measure its accuracy on every release against a fixed set of expert-validated test cases, and why answers link back to their source documents. Current performance: [X]% on [N] test cases, up from [Y]% at baseline. For [critical decision type], an expert reviews the answer before it's used."