A look inside the DARPA Robotics Challenge

DARPA Robotics Challenge: Amazing Moments, Lessons Learned, and What's Next

DARPA Subterranean Challenge Urban Circuit Now Livestreaming

Why DARPA wants its robots to think like kids

Robots competing in DARPA's SubTChallenge must work together to overcome degraded communications, obstacles, and dynamic conditions – like fog – while racing the clock to search for various items and traverse between tunnel, urban, and cave environments. https://subtchallenge.world/home | Defense Advanced Research Projects Agency - DARPA

Introducing Dr. Jeremy Pamplin, the new DARPA program manager leading the DARPA Triage Challenge. The Triage Challenge is advancing autonomous systems and AI-enabled tools to help first responders and medics make faster, more accurate decisions in mass casualty scenarios—when every second counts. With Challenge Event 2 taking place later this month, Dr. Pamplin sat down to share insights on what makes this phase critical: ✔️ What the Challenge is trying to accomplish—and why it matters. ✔️ How t

We’re now closer to an AI assistant that can see what we see and hear what we hear to give personalized guidance for complicated tasks in the physical world. The Perceptually-enabled Task Guidance (PTG) program paired new algorithmic approaches with an augmented reality headset that focused on three military use cases: 🩺Battlefield medicine ✅ Aircraft copilot procedure guidance ✈️Aircraft maintenance The best part? PTG’s algorithmic innovations are platform-agnostic, so the technology could wor

How do we know when we can trust AI systems? Our AI Quantified program aims to answer this question by exploring various approaches, grounded in mathematics, and combining them with advances in measurement and modeling to ensure that an AI system operates as intended. AIQ is one of several programs at DARPA that is focused on inventing trustworthy, disruptive AI technologies and methodologies relevant to national security that no one else will. We define trustworthy systems as ones that operate