Why Do AI Evals Pass While Users Still Fail?
A reproducible fixture shows how a polished handoff can pass deterministic and LLM grading while a user still has to correct the work.
Topic collection
Test quality, reliability, safety, observability, and production outcomes.
A reproducible fixture shows how a polished handoff can pass deterministic and LLM grading while a user still has to correct the work.
Compare AI models on representative business tasks with a reusable scorecard, hard vetoes, human checks, and cost and latency evidence.
A reproducible small-team protocol for measuring AI coding time, review, rework, tests, and accepted changes without inventing a productivity result.
A reproducible paired-context test for finding out whether a wrong RAG answer came from missing evidence or bad use of available evidence.
Build a small authored test set, run it locally, reject critical failures, and keep synthetic evidence separate from what only production can prove.
A public-record failure test shows why polished AI summaries lose rationale, dissent, ownership, and uncertainty, then gives you a repair contract.
Turn noisy production traces into a private, replayable evaluation dataset with verified outcomes, deliberate sampling, and stable versioning.
A practical method for measuring open-ended AI output with rubrics, pairwise review, human calibration, and outcome-based release gates.
Write AI feature acceptance criteria around observable outcomes, evidence, boundaries, and a clear non-success path your team can test.
A practical recovery plan for replaying failed multi-agent workflows from durable checkpoints without repeating actions or hiding uncertainty.
AI can classify and route low-risk tickets, but safe triage needs a narrow action boundary, untrusted-input controls, and human review for exceptions.
Diagnose inconsistent AI agent answers by separating sampling drift from changing context, tool results, retrieval, model versions, and unclear acceptance criteria.
Design idempotent AI-agent tools that survive retries, crashes, and lost responses with keys, fingerprints, durable claims, replayed outcomes, and reconciliation.
Handle AI agent rate limits with shared admission control, bounded retries, jitter, durable waits, and clear decisions to queue, degrade, or stop.
Validate an AI agent run envelope for shape, meaning, authority, policy, and cost before the model or tools see it.
Version prompts like deployable behavior: pin the full runtime identity, test changes, promote by environment, trace every run, and keep rollback one pointer away.
Find out why an AI agent ignores instructions by tracing authority, context, ambiguity, untrusted data, enforcement, and evaluation in order.
A practical way to scope an AI agent’s identity, tools, operations, data, credentials, and time before it can touch a real system.
Find out why an AI agent picks the wrong tool by separating availability, description overlap, schema, runtime constraints, and misleading tool results.
Diagnose a looping AI agent with trace-first checks, verify real progress, contain runaway work, and add the right retry, recovery, or stop condition.
Monitor production AI agents with a traceable run record, verified outcomes, action and safety signals, privacy controls, and a failure-to-evaluation loop.
A practical, vendor-neutral guide to reducing prompt-injection risk with trust boundaries, least-privilege tools, approval binding, and adversarial tests.
A practical test plan for multi-agent handoffs: check context, artifacts, authority, conflicts, retries, and replay before production.
A vendor-neutral framework for testing agent outcomes, tool use, security, cost, and stability before each release.
A vendor-neutral method for deciding which AI agent actions need human approval, binding each decision to the exact action, and testing the gate.