Interview with Avi Bakal, Co-Founder and CEO of TriEye, Discusses Short-Wave Infrared Company Using CMOS Technology
TriEye, a groundbreaking company based in Israel, is making waves in the short-wave infrared (SWIR) industry by developing cost-effective CMOS-based SWIR sensing solutions. The company, founded by Avi Bakal and Prof. Uriel Levy, has secured over $120 million in funding from top-tier investors and formed partnerships with industry leaders, showcasing the versatility and value of its solutions.
Avi Bakal, the co-founder and CEO of TriEye, boasts a strong academic and professional background in photonics and semiconductors. He was a student of Professor Levy at the Hebrew University of Jerusalem, where Levy led advanced research in nano-photonics. Their collaboration during this period identified significant business potential in Levy’s academic breakthroughs on SWIR sensing technology. Supported by Yissum, the university’s technology transfer company, they co-founded TriEye.
TriEye's technology enables high-definition SWIR imaging and 3D depth sensing in all weather and lighting conditions, creating reliable perception systems for automotive and other industrial applications. One of the early challenges in developing the SEDAR platform was the lack of a suitable laser source. To unlock the potential of a CMOS-based SWIR 3D solution, TriEye developed its own novel laser solution.
The company has just released the first commercial product, the TES200, 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 is ideal for use in warehouse logistics, smart farming, industrial sorting, robotics, and biometrics.
TriEye's TES200 sensor supports precision agriculture, optimizing crop management, reducing resource waste, and improving recycling systems. The company has expanded SWIR technology into diverse industries, evolving beyond its initial focus on automotive applications.
TriEye is working with Magna, a top Tier 1, to deliver automotive-grade SEDAR. The semiconductor and photonics technology enabled the development of a new platform called SEDAR (Spectrum Enhanced Detection And Ranging), which allows perception systems to operate and deliver reliable image data and actionable information while reducing costs drastically.
TriEye has collaborations with Toshiba Teli, Crevis, and Entron for developing the first low-cost CMOS-based SWIR cameras for machine vision systems. The company's partnerships with industry leaders and its commitment to delivering groundbreaking technology position it well to shape the future of advanced imaging and sensing solutions.
In summary, TriEye's pioneering work in CMOS-based SWIR sensing solutions is opening up new possibilities across various industries. The company's first commercial product, the TES200, is a testament to its innovation and commitment to delivering cost-effective, high-quality solutions for machine vision and robotic applications. As TriEye continues to push the boundaries of SWIR technology, it is poised to make a significant impact on the future of automotive, agriculture, and other industries.
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