Interview with Avi Bakal, Co-Founder and CEO of TriEye, a company specializing in short-wave infrared technology based on CMOS
TriEye, a pioneering company specializing in mass-market and CMOS-based Short-Wave Infrared (SWIR) sensing solutions, is making waves in various industries by improving safety, efficiency, and sustainability.
Avi Bakal, the co-founder and CEO of TriEye, brings a deep technical background in photonics and semiconductors to the table. His expertise, gained through both university education and industry experience, drives the development of innovative sensing solutions at TriEye, particularly focusing on their groundbreaking CMOS-based SWIR platform [1][2].
The TES200, TriEye's first commercial product, is an image sensor designed for machine vision and robotic applications. This sensor supports precision agriculture, optimizing crop management, reducing resource waste, and improving recycling systems. The company's technology has also expanded into diverse industries such as warehouse logistics, smart farming, industrial sorting, robotics, and biometrics [3].
TriEye's journey has been marked by innovation, growth, and collaboration. The company has secured over $120 million of funding from top-tier investors and collaborated with industry leaders like Toshiba Teli, Crevis, and Entron on developing the first low-cost CMOS-based SWIR cameras for machine vision systems [4].
TriEye is also working with Magna, a top tier 1, to deliver automotive-grade SEDAR (Spectrum Enhanced Detection And Ranging). This partnership is a testament to the versatility and value of TriEye's solutions in solving real-world challenges across various industries [5].
The company's success is a reflection of the collective effort of its incredible team. TriEye remains committed to delivering groundbreaking technology and shaping the future of advanced imaging and sensing solutions [6].
The SWIR industry has traditionally faced high costs and integration challenges, limiting its accessibility across various sectors. However, TriEye has overcome these barriers by pioneering CMOS-based SWIR sensing solutions [7]. The company's semiconductor and photonics technology enabled the development of SEDAR, a new platform that offers high-resolution image and depth perception in various conditions [8].
TriEye's long-term goal is to establish SWIR technology as a standard tool across industries, enabling businesses to see beyond the visible and unlock new possibilities to improve human lives. With partnerships ahead in 2025, TriEye is poised to continue driving innovation in machine vision, industrial, and automotive applications [9].
[1] https://www.trieye.ai/team [2] https://www.linkedin.com/in/avibakal/ [3] https://www.trieye.ai/solutions [4] https://www.trieye.ai/partners [5] https://www.magna.com/ [6] https://www.trieye.ai/about [7] https://www.trieye.ai/technology [8] https://www.trieye.ai/sedar [9] https://www.trieye.ai/future
TriEye's cutting-edge technology in data-and-cloud-computing, integrating SWIR sensing solutions with machine learning algorithms, promises to revolutionize the way industries collect, store, and analyze gadgets' data.
As TriEye expands its partnerships in 2025, we can expect to see these advancements making a significant impact on various sectors, such as automotive, agriculture, and warehouse logistics, fostering a more connected, efficient, and sustainable world.
