Embedded systems do not fail politely. They do not crash with a clean stack trace and a helpful message saying “Hello tester, here is the bug.” Instead, they fail like a mischievous magician: one day the device runs perfectly, and on the next day it reboots at 3 AM, drops sensor readings randomly, or disconnects from BLE only when the customer is standing in the worst possible corner of their building. In embedded testing, defects are rarely repeatable, environments are unpredictable, and the greatest witness to the crime is often a messy pile of logs, crash dumps, and telemetry.

In the speaker experience, this is where most teams struggle. We treat logs as postmortem artifacts and debugging tools, not as proactive test intelligence. When issues appear in the field, we respond the traditional way: add more test cases, increase regression time, and manually scan logs like detectives reading ancient scrolls. The result is slow feedback loops, expensive testing, and still too many blind spots across hardware variants, firmware versions, and real-world usage patterns.

This session proposes a different approach. We use AI to turn embedded runtime evidence into a test strategy. By applying techniques like clustering, anomaly detection, semantic log analysis, and event correlation, we can identify recurring failure signatures, detect early warning patterns, and automatically translate field behavior into high-value test scenarios. Instead of running “everything always,” we build smarter, risk-driven regression that focuses on what truly breaks.

Attendees will learn how to convert logs into actionable test scenarios, how to prioritize regression using real failure data, and how AI can reduce investigation effort while improving confidence. The goal is not hype or replacing engineers. The goal is simple: less guesswork, faster reproduction, fewer late-night surprises, and more releases where embedded systems behave like engineering… not like magic