Reproduce
Choose one workflow, reproduce its failures and agree on what must be true before the next release ships.
In four weeks, I take one production workflow, turn its real failures into repeatable tests and wire pass, review or block checks into the release path.
At the end, your team can rerun the same evidence before shipping a new model, prompt, tool or harness change.
A clear list of the failures already appearing in traces, incidents or reviewer corrections
25 to 40 executable regression cases for one production workflow
Hard checks for permissions, tool arguments, citations, schemas and final state
A reproducible baseline showing quality, latency and cost side by side
A CI or pre-release check that says pass, review or block
Working code, documentation and a technical handoff
USD 5,000 after signature, required to clear before kickoff. USD 5,000 when the agreed artifacts are delivered.
Advisory sessions are booked and prepaid in two-hour blocks.
Choose one workflow, reproduce its failures and agree on what must be true before the next release ships.
Turn recurring failures into versioned cases with explicit inputs, expected outcomes and checks.
Measure current behaviour, then compare model, prompt, tool or harness changes against the same cases.
Wire the gate into the release path, document it and hand it to the engineer who will own it.
A transcript can look correct while a file, tool action or database mutation is wrong. The gate follows the surface the user receives.
If permissions, amounts, schemas, citations, retries or final state can be checked directly, I encode the rule instead of asking another model to judge it.
A candidate does not pass because one quality score rose while latency, cost or variance got worse.
I have done this work inside production ML teams: finding failures, turning them into checks and deciding whether a model change is safe to release.
Built agent specialists for real-estate workflows with an LLM verification loop and an evaluation harness used to gate releases.
Owned configuration, validation and latency benchmarking for OpenAI model releases into Azure, plus model-layer incident escalation.
Built a code-generation evaluation framework across 13 model families, combining executable correctness with structured model assessment.
A document-producing agent can expose several different states: user-visible streamed text, a corrected segment and stored source used to generate the document. Transcript-only scoring collapsed those surfaces and produced the wrong evaluation boundary.
I changed the runner so required and forbidden literal checks can use the correction segment plus stored source when retrieval succeeds, while earlier unsupported text remains visible as a separate diagnostic. The public record also states what is still missing: rendered-file verification, fail-closed retrieval and deterministic scorer tests.
This is for an agent in production or late-stage beta where traces, incidents or reviewer corrections already show recurring failures and one technical owner can make decisions quickly.
Email the workflow and your time zone. I will reply with two or three concrete times.