Discover Kortx, a revolutionary 3D vision system that's transforming how robots see and interact with the world. In this Berkeley Humanoid Research Meeting talk, Brian Paden from Summer Robotics introduces a groundbreaking approach that combines event-based sensors with continuous laser scanning to achieve sub-5ms latency (10x faster than existing technologies) and blur-free 3D imaging, even with objects in rapid motion.
Unlike traditional frame-based cameras, Kortx provides a continuous stream of precisely timestamped 3D data, enabling unprecedented accuracy in tracking and measuring moving objects. With demonstrated precision of 100μm, this technology is particularly valuable for challenging industrial applications where existing solutions struggle, such as tracking reflective surfaces or performing high-speed assembly tasks.
Learn how Kortx's innovative motion compensation techniques and streaming architecture are helping solve Moravec's Paradox by giving robots the kind of fast, precise visual perception needed to handle dynamic real-world tasks that have traditionally required human workers. This talk covers the technical foundations of the system and explores its applications in advanced manufacturing, robotics, and automation.

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