Friday, December 5, 2025

Software Defined Imaging Radar

The SDIR is the first radar processing platform with flexible, software-defined sensors.

The company claims that the zVUE Radar Operating System provides a common software platform for next-generation radar fusion and perception.

The software-defined imaging radar (SDIR) platform by Zadar, combines a powerful radar operating system with novel statistical signal processing algorithms and flexible hardware platforms. It is the first radar processing platform with flexible, software-defined sensors. This platform is an easy-to-use, high-performance sensing solution for intelligent and automated systems that plug directly into a perception stack, moreover, it improves the potential of radar for a 250x detection performance improvement over existing technology. The SDIR bridges the long-standing gap between sensing hardware and perception software, allowing companies to unlock new levels of performance and safety. The SDIR is suitable for use in a wide variety of applications including automotive, robotics, and smart infrastructure applications.

According to the company, the software-first radar platform combines a powerful Radar Operating System with novel statistical signal processing algorithms and flexible hardware platforms. The company calls it an integrated philosophy Software-Defined Imaging Radar. The full-stack approach helps achieve the potential of radar for a high detection performance improvement over any currently existing technology. Moreover, partial SDIR is achieved by connecting the company’s zVUE Radar Operating System to existing radar sensors. zVUE’s radar-aware data conditioning, connected radar fusion, and radar pre-perception algorithms are designed to improve any radar’s sensing performance.

The SDIR platforms offer a scalable platform for multiple use cases. The company claims that the zVUE Radar Operating System provides a common software platform for next-generation radar fusion and perception. zVUE performs 4D data conditioning, fuses connected radars, and provides radar preperception algorithms on all radar hardware, including third-party radars. Furthermore, the flexible software-defined sensors target three essential sensing classes: near-field, all-purpose, and ultra-performance. Each sensor integrates our SDIR technology and offers best-in-class performance and flexibility. zVUE manages any number of our sensors for a comprehensive sensing solution that covers every conceivable use case. The SDIR can be used in multiple industries including automotive, robotics, smart cities, etc.

Sharad Bhowmick
Sharad Bhowmick
Sharad is an Electrical Engineer with a Master’s in Renewable Energy Systems from the University of Leeds. Specializing in energy storage and power electronics. With experience in automotive hardware and a published paper on EV motor efficiency, he is passionate about driving innovation in clean energy and automation.

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