Radomatics

3D-vision Micro-radars

Automotive & Mobility Technologies
Private
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Company Overview

Snapshot

Founded in June 2017 by Ehud Zorea and Eugenie Ginzburg, Radomatics operates with 11–50 employees. The company is currently in the Pre-Funding stage, focusing on developing its 3D-vision micro-radar technology.

Business overview

Radomatics develops advanced 3D-vision micro-radars designed to enhance the safety and navigation of autonomous and traditional vehicles. Its core technology provides robust sense-and-avoid capabilities, maintaining performance in challenging conditions such as harsh weather, low light, fog, and dust, where optical systems are limited. The radar system incorporates a MIMO radar antenna, thinned array, distributed antenna, and compressive-sensing algorithms for high-resolution 3D-vision and real-time classification. Radomatics primarily serves the Automotive & Mobility Technologies sector, with applications in defense and aerospace, and its product is currently released.

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Company Intelligence Q&A

What is Radomatics' primary product?
Radomatics develops 3D-vision micro-radars with advanced sense and avoid capabilities, designed to help autonomous and traditional vehicles navigate safely in various conditions.
Who are the founders of Radomatics?
Radomatics was co-founded by Ehud Zorea, who serves as CEO, and Eugenie Ginzburg, who is the CTO.
In which sector does Radomatics primarily operate?
Radomatics primarily operates within the Automotive & Mobility Technologies sector, focusing on smart mobility solutions.
What are the key features of Radomatics' radar technology?
The radar technology includes an all-weather, high-resolution 3D-vision system, MIMO radar antennas, thinned arrays, distributed antennas, and compressive-sensing algorithms for Doppler-based resolution and micro-Doppler classification.
What problem does Radomatics' technology address?
Radomatics' technology addresses the limitations of optical vision systems in harsh weather, night operations, fog, and dusty conditions, providing robust 3D-vision for hazard avoidance in vehicles.
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