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 autonomous and connected vehicle solutions.
What is the current product stage of Radomatics' technology?
Radomatics' product, including the RDM-500, is currently in the Released stage. The company announced the product's release in July 2023, making it available for commercial use.
What are the key technological features of Radomatics' radar system?
The radar system includes a MIMO radar antenna, thinned array, distributed antenna, and utilizes compressive-sensing algorithms for Doppler-based resolution and micro-Doppler classification.
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