Portfolio Category: Micro & Optoelectronics

Our groundbreaking carbon capture technology efficiently deals with high concentrations of carbon dioxide, and simultaneously allows a circular economy. By transforming carbon dioxide into valuable industrial minerals and products that can be used across a wide range of industries, Airovation presents an economically viable answer to one of the greatest challenges that humanity is facing.

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Qlight Nanotech developed semiconductor nano-crystals that enable light conversion from UV and blue wavelengths to any other wavelength in the visible range. When excited by light, nano-crystals can offer high energy efficiency and cost savings for solid state lighting (LED) systems, flat panel displays, and other optical applications.

TriEye’s Short-Wave Infrared (SWIR) sensing solutions enable unprecedented vision and depth perception, delivering precise hazard detection even under the most challenging visibility conditions. Integrating TriEye’s SWIR sensing system in ADAS & AV will reduce human error and lower the number of accidents caused by limited visibility. TriEye offers a unique CMOS-based Short-Wave Infrared (SWIR) sensing solution that can be fabricated at scale, enabling clear 2D and 3D vision in adverse weather and low light conditions. Additionally, it can be mounted behind glass and seamlessly integrated with existing vision and machine learning algorithms used in ADAS. TriEye’s solution is the ultimate perception system that provides HD imaging and ranging with low power consumption, a small form factor and cost structure to meet mass market requirements.

We print our solar cells, making the production process easier and cheaper than ever before. The solar cells we develop are tunable, therefore can be made semi-transparent, different color tint, absorb different light sources (not just sunlight). SOLRA is building PV energy cells that will supply power to IoT devices both indoor and outdoor, solar windows and solar panels.

Lyotropic Delivery Systems (LDS) is based on the know-how and many years of research of Prof. Nissim Garti. Garti’s technology led to LDS’s establishment in 2013, and since then has extended its expertise in the field of delivery, developing new and more advanced technologies and strengthening the company’s IP.

An innovative start-up company developing a game changing hardware that can accelerate complex calculations by 100,000 times by performing them in proprietary optic-fiber based processors as light passes through them. This technology can be used for artificial intelligence and other computationally intensive tasks.