Three sensors. One software-defined radar platform, one integration you only learn once.

zPRIME 3.0 is our flagship imaging radar, combining breakthrough angular resolution, long-range performance, dense 4D point clouds, and software-defined configurability in a production-ready sensor. It is designed for developers building the next generation of autonomous machines, robotics, and intelligent infrastructure.

With 0.35° static angular resolution, 20 Hz output rate, and kilometer-class detection range, zPRIME 3.0 delivers the perception performance needed for demanding environments. One sensor family delivers both close-range object separation and long-range detection through rain, dust, fog, darkness, and camera-blinding conditions.

zPRIME is more than a high-performance radar. Built on our third-generation digital beamforming architecture and SDIR platform, zPRIME gives developers control and unlocks flexibility of the radar configuration. Output behavior can be adapted to the application on a case-by-case basis.

Built for Physical AI and Modern Robotics Deployments

With Long-Range, Wide, and Ultra-Wide antenna configurations, and both PoE and T1 interfaces, zPRIME is built to support the diverse needs of modern robotics in one integrated product family.

zPULSE 2.0 is our compact, ultra-wide imaging radar platform for infrastructure, stationary sensing, and autonomous systems that need broad coverage from a small sensor. Available in both 60 GHz and 77 GHz configurations, zPULSE gives customers the flexibility to deploy high-performance radar perception across a wide range of markets and regulatory environments.

Its ultra-wide field of view and industry-leading angular resolution make zPULSE well suited for traffic monitoring, smart infrastructure, industrial automation, security, and mobile robotics deployments.

zPULSE is more than a high-performance radar. Built on our third-generation digital beamforming architecture and SDIR platform, zPULSE gives developers control and unlocks flexibility of the radar configuration. Output behavior can be adapted to the application on a case-by-case basis.

Built for Global Infrastructure Deployment

The 60 GHz version of zPULSE enables radar deployment in applications and regions where 77 GHz operation is restricted or unavailable, while the 77 GHz version supports markets where automotive-band radar is preferred.

zSIGNAL 2.0 is a compact 77 GHz imaging radar designed for autonomous robots and intelligent machines operating in complex real-world environments. Its wide-field-of-view antenna provides rich 4D perception across the surrounding scene, delivering range, velocity, azimuth, and elevation information for reliable environmental awareness.

Designed for mobile robotics, autonomous delivery, industrial vehicles, and other high-volume autonomous platforms, zSIGNAL combines strong imaging performance with a compact form factor that integrates easily into machines where space, coverage, and flexibility matter.

Built for Autonomous Robotics

zSIGNAL is optimized for autonomous machines, combining wide-angle 4D perception with reliable sensing through darkness, glare, rain, dust, fog, and other challenging conditions. It provides the environmental awareness needed for obstacle detection, navigation, tracking, and situational understanding across a broad range of robotic applications.