June 29 – July 2, 2026 · San Francisco, CA · imported from ai.engineer's public schedule feed

AI Engineer World's Fair 2026 — unofficial import demo

Unofficial demo. This programme was imported from the AI Engineer World's Fair's own public schedule feed to show vibeboard at real conference scale. Not affiliated with, or endorsed by, the organisers.

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EvalsSponsor Session

From Signal to PR: Anatomy of a Self-Improving Agent

Jason Lopatecki

When
Wednesday, July 111:10 AM – 11:30 AM · 20 min
Where
Track 5San Francisco, CA · imported from ai.engineer's public schedule feed
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About this session

What if your observability platform didn't just tell you something was wrong, but told you why, and opened a PR with the fix? We'll walk through how we built Autopilot at Arize: an autonomous investigation agent that triggers on monitor alerts or schedules, pulls traces into a working filesystem, runs root-cause analysis, and produces actionable assets: a PR with prompt or code changes ready for review. We'll cover the architecture decisions (cloud agents vs. sandboxed containers, AI harness + skills), why traces-on-a-filesystem is the key unlock for agent-driven debugging, and how we dogfooded the system on our own agent, Alyx, before shipping it to customers. You'll leave with a concrete picture of what "observability that fixes itself" looks like in practice, and where and why the human stays in the loop.

Speaker

Jason Lopatecki
Jason Lopatecki

CEO, Arize

Jason Lopatecki is co-founder and CEO of Arize AI, an AI & Agent observability and evaluation company. He is a garage-to-IPO executive with an extensive background in building marketing-leading products and businesses that heavily leverage analytics. Prior to Arize, Jason was co-founder and chief innovation officer at TubeMogul where he scaled the business into a public company and eventual acquisition by Adobe. Jason has hands-on knowledge of big data architectures, programmatic advertising systems, distributed systems, and machine learning and data processing architectures. In his free time, Jason tinkers with personal machine learning projects as a hobby, with a special interest in unsupervised learning and deep neural networks. He holds an electrical engineering and computer science degree from UC Berkeley - Go Bears!

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