From Vibes to Production: Evaluating and Shipping AI Agents That Work 201
Official Schedule Context
- Date/time: 2026-06-29 · 2:20pm-4:20pm
- Track/room: Track 1 · Track 1
- Speaker(s): Laurie Voss
- Session type/status: sponsor · confirmed
Official Description
Building an AI demo is easy. Knowing whether it actually works — and keeping it working in
production — is the hard part. Most teams ship agents on vibes: they try a few prompts, the output
looks good, and they push to production with no real way to measure quality or catch regressions.
This hands-on workshop walks through the full lifecycle of shipping a real AI agent, using a working
financial-analyst agent built on the Claude Agent SDK as the running example. You'll instrument it
with tracing, do structured error analysis on its actual outputs, and build a layered evaluation
suite — from cheap deterministic code checks to LLM-as-a-judge evaluators with custom rubrics. We'll
cover the parts most tutorials skip: why agents fail in ways single LLM calls don't, the eval anti-
patterns that quietly mislead you, and how to know whether you can even trust your judge (meta-
evaluation). Finally, we'll close the loop: turning eval results into datasets and experiments,
running evals online against production traffic, wiring them to monitors and alerts, and feeding
failure explanations back to a coding agent to actually fix the underlying problems. You'll leave
with a runnable notebook and a repeatable, evaluation-driven workflow you can apply to your own
agents the next day.
Related YouTube Video
Ship Real Agents: Hands-On Evals for Agentic Applications — Laurie Voss, Arize (speaker-match related prior/adjacent AI Engineer video; captions: English auto-captions).
Transcript Status
Related video transcript availability: English auto-captions. Treat this as supporting context, not a recording of this exact scheduled session unless later confirmed. Cached at raw/sources/youtube-transcripts/Xfl50508LZM.txt (22,591 words).
People
Notes
- Pending transcript synthesis when an official recording or confirmed matching video is available.
Supporting Slides
- youtube Xfl50508LZM slides — extracted from the related public AI Engineer video.
Slide Evidence
- Slide-only cropped deck: youtube Xfl50508LZM dense slides (7 viable slide images).
- Related slide/OCR pages:
- youtube Xfl50508LZM dense slides
- youtube Xfl50508LZM reconstructed slides
- youtube Xfl50508LZM slides
- Slide-derived terms:
phoenix,claude,tome,setting,tracing,alengineer,europe,ages,notebook,cloud,comma,swiss,cheese,braintrust,workos,openal,frage,gers