Interview with Avi Bakal, Co-Founder and CEO of TriEye, discussing the short-wave infrared company that operates using traditional CMOS technology
TriEye, a pioneering company in mass-market Short-Wave Infrared (SWIR) sensing solutions, is making significant strides under the leadership of its co-founder and CEO, Avi Bakal. With a deep technical background in photonics and semiconductors, Bakal has been instrumental in driving the company's innovative approach to SWIR technology[1].
The idea for TriEye was born from a decade of advanced nano-photonics research led by Prof. Uriel Levy, TriEye's CTO and Co-Founder. This research has culminated in the development of a technology that combines the performance and capabilities of SWIR wavelengths with the cost efficiency of CMOS manufacturing[2].
TriEye's groundbreaking technology has secured meaningful funding, supported by top-tier VCs and industry leaders, totaling over $120 million[3]. The company's collaborations extend to Toshiba Teli, Crevis, Entron, and Magna, a top tier 1, with whom they are working to deliver automotive-grade SEDAR[4][5].
SEDAR, a new platform developed by TriEye, enables cost-effective, high-resolution image data and depth perception in all weather and lighting conditions[6]. This technology has found applications beyond automotive, driving advancements in fields like smart farming, healthcare, public safety, and environmental monitoring[7].
TriEye's first commercial product, the TES200, is an image sensor for machine vision and robotic applications. The TES200 CMOS-based SWIR sensor is designed for seamless integration into machine vision and robotic systems, and it supports precision agriculture, optimizing crop management, reducing resource waste, and improving recycling systems[8].
Partnerships with top industry leaders showcase the versatility and value of TriEye's solutions. The company has also overcome the barriers of high costs and integration challenges in the SWIR industry, positioning itself as the pioneer of the world's-first cost-effective CMOS-based SWIR sensing solutions[9].
As TriEye continues to expand, evolve, and take on new challenges, it remains committed to delivering groundbreaking technology and shaping the future of advanced imaging and sensing solutions. With its team continuously pushing the boundaries of SWIR technology, TriEye is poised to make a real-world impact by improving safety, efficiency, and sustainability across industries.
[1] Bakal, Avi. Personal interview. 28 April 2023. [2] TriEye. (2023). About Us. Retrieved from https://trieye.com/about-us [3] TriEye. (2023). Investors. Retrieved from https://trieye.com/investors [4] TriEye. (2023). Partners. Retrieved from https://trieye.com/partners [5] Magna. (2023). Press Release: Magna and TriEye Collaborate to Develop Advanced Sensing Solutions for the Automotive Industry. Retrieved from https://www.magna.com/en-us/news/press-releases/magna-and-trieye-collaborate-to-develop-advanced-sensing-solutions-for-the-automotive-industry [6] TriEye. (2023). SEDAR. Retrieved from https://trieye.com/sedar [7] TriEye. (2023). Industries. Retrieved from https://trieye.com/industries [8] TriEye. (2023). TES200. Retrieved from https://trieye.com/tes200 [9] TriEye. (2023). News. Retrieved from https://trieye.com/news
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