Ubicept Extends Availability of Perception Technology to Make Autonomous Systems Using Conventional Cameras More Reliable
Ubicept, the computer vision startup operating at the limits of physics, today announced the release of the Ubicept Toolkit, which will bring its physics-based imaging to any modern vision system. Whether for single-photon avalanche diode (SPAD) sensors in next-generation vision systems or immediate image quality improvements with existing hardware, Ubicept provides a unified, physics-based approach that delivers high quality, trustworthy data.
Computer Vision Pioneer Ubicept to Showcase Breakthrough in Machine Perception at CES 2025Game-Changing Photonic Computer Vision Technology Now Available for Rapid Prototyping Across Autonomous Vehicles, Robotics, AR/VR and More
Ubicept Raises $8M to Unlock Computer Vision in All Lighting Conditions by Counting Individual Photons
Ubicept, the revolutionary computer vision technology company, today announced it has secured $8M in funding. The oversubscribed seed investment round was led by Ubiquity Ventures and E14 Fund, with participation from Wisconsin Alumni Research Foundation, Phoenix Venture Partners (PVP), and several other investors and angel contributors.
MIT Media Lab Spin-Off Ubicept Launches Revolutionary Perception Technology for Low Light and Other Challenging Environments, Making Product Kit Available for Immediate Use
Ubicept, a start-up founded in 2021 by experts in sensors, computer vision and machine learning from MIT and University of Wisconsin, has announced the availability of its first product kit: a cutting edge perception system designed to enable truly robust vision for industries like aviation, automotive, trucking, specialty vehicles, robotics and more. Ubicept’s solution unlocks access to fundamentally better visual information than is possible using conventional solutions. The technology allows machines to perceive and understand their surroundings in environments that previously made perception impossible: conditions containing both fast motion and low light, and/or brightness variations. With Ubicept's technology, machines can accurately identify and classify objects, recognize patterns, and even predict future events over the full gamut of visual conditions they might encounter in the real world.
