Lumotive Wins “Best of Sensors 2021 – Startup of the Year” Award

Key Takeaways

  • Spotlight on innovative sensor technologies
  • Lumotive's award-winning  Meta-Lidar™Platform is the industry''s smallest, most cost-effective 3D sensing solution

SEATTLE, WA – September 29, 2021 – Lumotive, a leading developer of solid-state lidar systems for automotive, industrial and consumer applications, has been recognized by media and information services providers Questex and Fierce Electronics with the “Best of Sensors 2021 - Startup of the Year” award presented at the recent Sensors Converge event held in San Jose, California.  

For more than two decades, the Best of Sensors Awards have shone a spotlight on the best and most innovative products, technologies, teams, and people in the sensors industry. The goal of the awards program is to honor and promote wide recognition of the industry’s most transformative technologies and teams.

“Since the company's inception, Lumotive has earned a reputation as being a startup that other technology companies want to work with," said Charlene Soucy, Senior Director, Sensors Converge. “In addition to partnerships with top semiconductor and display technology companies, Lumotive is working with an impressive list of automotive, industrial and smartphone suppliers to integrate their unique lidar sensors into a variety of exciting end products.”

Introduced at Sensors Converge, Lumotive’s Meta-Lidar™ Platform is the industry’s smallest and most cost-effective 3D sensing solution comprising a Lumotive tiny lidar device with patented beam steering technology, software-defined scan modes, and a reference system design. Powered by Lumotive’s highly scalable Light Control Metasurface™ silicon chips (LCMs) manufactured in a standard CMOS semiconductor process, the Meta-Lidar Platform is a solution that scales for a range of size, price, performance and power requirements, removing barriers to greater proliferation of 3D sensing in automotive, industrial and consumer applications.

 “Lumotive is focused on bringing groundbreaking solutions to market that our customers can utilize to differentiate next-generation designs,” said Gleb Akselrod, CTO and co-founder of Lumotive. “We are honored to be recognized for those efforts with such an important award.” 

About Lumotive https://www.lumotive.com/

Founded in 2018, Lumotive is a leader in all-silicon lidar systems, developing high-performance solutions for consumer electronics, industrial automation, robotics and automotive applications. The Seattle-based company’s Meta-Lidar™ Platform leverages revolutionary beam-steering technology based on patented Light Control Metasurfaces™ and implemented in standard semiconductor manufacturing processes to deliver an unprecedented combination of high performance, cost, reliability and size. Lumotive’s random access beam-steering chips enable the industry’s first software-defined lidar with region-of-interest scanning, object tracking and advanced perception capabilities. Lumotive’s investors include Bill Gates and Quan Funds. The company has received measurable industry acclaim with inclusion in the following rankings: Built In Seattle’s Best Small Companies to Work For, JMP Securities Efficient Fifty list of the most interesting private companies in industrial and energy technology, and EE Times’ Silicon 100: Emerging Startups to Watch.

 



Key Takeaways

  • Spotlight on innovative sensor technologies
  • Lumotive's award-winning  Meta-Lidar™Platform is the industry''s smallest, most cost-effective 3D sensing solution

Media Gallery

Quotes

Since the company's inception, Lumotive has earned a reputation as being a startup that other technology companies want to work with
Charlene SoucySenior Director, Sensors Converge

Related Bios

Gleb Akselrod, Ph.D.
Lumotive CTO and Co-founder
Gleb Akselrod has more than 10 years experience in photonics and optoelectronics. Prior to Lumotive he was the Director for Optical Technologies at Intellectual Ventures in Bellevue, WA, where he led a program on the commercialization of optical metamaterial and nanophotonic technologies. Before that, he was a postdoctoral fellow in the Center for Metamaterials and Integrated Plasmonics at Duke University, where his work focused on plasmonic nanoantennas and metasurfaces. He completed his Ph.D. in 2013 at MIT, where he was a Hertz Foundation Fellow and an NSF Graduate Fellow. For his dissertation, he studied the transport and coherence of excitons in materials used in solar cells and OLEDs. Prior to MIT, Gleb was at Landauer, Inc. where he developed and patented a fluorescent radiation sensor that is currently deployed by the US Army. He holds more than 10 US Patents and has published over 25 scientific articles. Gleb received his B.S. in Engineering Physics from the University of Illinois at Urbana-Champaign.
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Axel Fuchs, Ph.D.
VP Business Development
Axel Fuchs is a global technology executive based in Silicon Valley whose expertise is turning new technologies into profitable business in automotive, consumer electronics, security, IoT and industrial markets. Over the past three decades Axel has an established record of success managing critical aspects of high-tech global businesses, including research and development, systems engineering, product management and business development. After completing his Doctorate in Control Engineering at Darmstadt University of Technology, Dr. Fuchs started his career at Daimler building self-driving cars and trucks in the early 1990s. He arrived in Silicon Valley in 1995 to co-found the Daimler Benz Research and Technology office in Palo Alto. There, Axel and his team built the first “Internet Car” which won the Smithsonian Computerworld Award. In 1999 he joined Motorola’s newly established Telematics Division, helping to productize connected cars. Since 2002 Axel has held business leadership positions with start-up companies in Silicon Valley, including SimpleDevices, Telenav, Wheelz and most recently Quanergy.
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Victor Brequigny
Applications Engineer
Victor Brequigny is an applications engineer specializing in lidar systems and photonics. After studying chemistry at the National School for Physics Chemistry and Biology in Paris, France, Victor received his B.S. in Physics from Oregon State University in 2019. His research mainly focused on THz field enhancement in nanoantennas. Prior to joining Lumotive, Victor was an applications engineer at Thorlabs, a major photonics equipment supplier, where he assisted professionals with their optical experiments and projects.
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