Arbe

Level 3 autonomy is here, but with a catch: most systems are limited to 60 km/h. Why can't they handle highway speeds? The problem is that most sensors can't see far enough ahead to make safe decisions at high speed. Arbe's high-resolution radar changes that, offering the 300+ -meter detection range needed for highway autonomy. See how it works: https://lnkd.in/dp-P3uxu

As Radar Application Framework Team Lead at Arbe, Idan Mishor is leading the development of RAF, the software framework that makes our cutting-edge 4D MIMO imaging radar controllable in real time. Read more about Idan’s challenges and achievements here>

For years, radar was a supporting actor in automotive safety. But that's changing. A new generation of radar is using 2,304 channels instead of the typical 200, delivering a superior view and a safe, hands-free driving experience in all weather conditions. Is radar finally ready to take the lead? Read more: https://lnkd.in/dUtcbqWS

Get this: A car that earned a 5-star safety rating a decade ago may not even get one star today. Are NHTSA and NCAP regulations creating a sensor arms race? What does it take to get a 5-star rating today? And how do new nighttime and bad-weather tests separate the best from the rest? All this in more in today’s episode. 

On Wednesday, November 19, 2025, we’ll be at the 14th Annual ROTH Technology Conference at the Hard Rock Hotel, Times Square, New York City. Our CFO, Karine Pinto-Flomenboim Flomenboim, will be on-site for in-person one-on-one meetings with investors, sharing how Arbe’s Perception Radar solutions are shaping the future of automotive safety and autonomy. Attending and want to connect? Reach out to your ROTH contact or email investors@arberobotics.com.

Meet us at the DVN Sensing & Applications Conference in Frankfurt Arbe CEO Kobi Marenko will join industry experts to discuss “Vision and Radar Systems for L2+, L3 Applications”, focusing on how next-generation HD radar enables safer and more reliable advanced driving systems. From high-resolution imaging to scalable integration, Arbe technology is bridging the gap towards eyes off driving at true highway speeds. November 19–20, 2025, Frankfurt, Germany Learn more>> https://lnkd.in/eV_RDQMb

Look beyond adaptive cruise control (ACC) and emergency braking (AEB) - that's just scratching the surface of what high-resolution radar can do. Traditional radar's narrow field of view and limited resolution made it suitable only for straight-line detection, reinforcing the perception that radar is a single-purpose sensor. Arbe's wide field-of-view radar changes this completely. The system can detect pedestrians on sidewalks, monitor complex intersections, and track hundreds of objects simultaneously across the entire driving environment. This wide-angle capability combined with high resolution changes the reliability of AEB and ACC, reducing phantom brakings and enabling advanced applications that were previously impossible based on radar data: highway autopilot, automated lane changes, hands-free driving in complex urban environments, and full environmental mapping. Rather than being limited to basic safety functions, high-resolution radar serves as the foundation for comprehensive autonomous driving systems. https://lnkd.in/dADZQPia

Join us at AutoSens China 2025! Don’t miss our joint session with GlobalFoundries- “Enabling Next-Generation Automotive Radar: Semiconductor Innovation and System Integration” - presented by Ofer Raz, Regional Field Application Manager at Arbe. Discover how Arbe’s advanced radar chipset is redefining perception, from high-resolution imaging to scalable integration for mass-market vehicles. November 18–20, 2025, Hefei, China Learn more: https://lnkd.in/dGEVzS7r

While engineers test radar in the real world, Senior Researcher Marom Dadon is building its perfect digital twin. His challenge? Creating a virtual radar so real, it can predict performance and solve critical edge cases before the hardware is built. Harnessing the power of NVIDIA GPUs, this simulation allows Marom to model, test, and refine complex radar behavior with unmatched realism. When scenarios are too costly or dangerous to recreate, he finds the solution in code. How does he do it? Read on

Real-world autonomy demands perception that performs everywhere, every time, and imaging radar makes that possible. Delivering detailed object detection at long range with precise range, elevation, and velocity data, high-resolution 4D imaging radar operates flawlessly in rain, fog, dust, darkness, or bright sunlight. Scalable and cost-effective, it’s built for mass production and seamless integration across ADAS and autonomous platforms, becoming the backbone of next-generation safety and autonomy. Read the full article>