UL 4600: Test Oracle
- Date
- 2027-03-15
- Location
- Online
- Host
- UL 4600 (Functional Safety)
About this event
If you care about safety, validation, or the real-world challenge of proving that complex systems behave as intended, this conversation is worth your time. UL 4600: Test Oracle is a focused virtual meetup built around one of the hardest and most practical questions in assurance work: how do you know whether a test result is actually correct? About the Event This online gathering brings people together around the idea of the test oracle in the context of UL 4600. Whether you come from engineering, testing, research, safety, or adjacent work, the event is designed to create a shared space for discussing how teams evaluate system behavior, interpret outcomes, and build confidence in safety-related claims. At its core, this is a community-driven meetup. The tone is meant to be thoughtful, prac
Who should attend
This will feel especially relevant if you want a serious but approachable conversation about testing, assurance, and how we decide whether a system is behaving correctly. - You work in **testing, validation, verification, or quality engineering** and want to sharpen how you think about expected results and evaluation criteria. - You are involved in **safety, assurance, or standards-related work** and want to explore how the idea of a test oracle connects to broader evidence and confidence claims. - You build or assess **complex, autonomous, or software-driven systems** where correctness is not always easy to define in advance. - You are a **researcher, technical lead, or practitioner** looking for a focused peer discussion rather than a broad introductory networking event. - You often run into questions like **“What does success actually mean in this test?”** or **“How do we know the result is trustworthy?”** and want better language for those conversations. - You value **community and thoughtful networking** with people who care about rigorous testing, practical safety questions, and the limits of current methods.