Providing Clarity in Low Visibility

The ability to see and operate in low and challenging visibility conditions has been a major hurdle in the creation of fully functional automated driving solutions.

Under common low-visibility and adverse conditions, like nighttime, haze, glare, and others, Advanced Driver Assistance Systems (ADAS) and Autonomous Vehicles (AV) fail to perform. Current sensor fusion solutions, which rely mostly on radar and visible cameras, cannot provide a clear enough view of the road ahead. They fail to deliver the critical information required for making smart driving decisions and thus compromise vehicle safety. Solving this problem is crucial, as most severe road accidents occur in low-visibility conditions.

Unlocking Road Safety with CMOS-based SWIR Sensing

TriEye Short-Wave Infrared (SWIR) sensing solutions enable precise hazard detection even under the most challenging visibility conditions (e.g. sun-glare, fog, nighttime). 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 vision in adverse weather and low light conditions. Additionally, it can be mounted behind glass and seamlessly integrated with existing vision algorithms used in ADAS. TriEye’s solution provides HD resolution with low power consumption, a small form factor and a price 1000 times lower than current InGaAs-based technologies.

By introducing this first of its kind, mass-produced SWIR sensor, road safety and visibility are dramatically enhanced as it provides a quality image where standard cameras are blinded. TriEye empowers ADAS & AV sensor fusion by adding mission-critical data that creates an accurate perception of the environment.

TriEye’s SWIR sensing solution reveals visible and invisible road hazards, saving lives on the road in all scenarios.



Uncompromised Visibility

Enriched and actionable image data even under the most challenging weather and lighting conditions


Meets mass market price point - 1000 times cheaper compared to current InGaAs-based solutions

Small Form Factor

Designed to meet industry size requirements enabling simple and flexible positioning in the vehicle

Seamless Integration

Integrates with existing Visible Image Signal Processing (ISP) and AI algorithms, removing the barrier of training and developing new AI algorithms

Enhanced Detection Capabilities

Identifies materials instead of colors, providing an additional layer of information and highlighting unseen hazards like oil sleeks or black-ice

Zero Design Modifications

The SWIR spectrum is unaffected by glass, enabling optimal mounting positions behind the windshield or headlamps for a smooth vehicle design

Additional Resources


How SWIR is Solving the Low Visibility for ADAS & AV

In this paper, you will learn about current challenges in improving road safety, the magnitude of the low visibility problem, and how and where SWIR technology can be leveraged to save lives on the roads

Image sensor close-up photo in lab


Cutting the Costs: Affordable SWIR Cameras

Pricing is a crucial decision factor in the development of products in the automotive industry. The systems that underlie highly automated vehicles (L3 and above) are more costly compared to the prices of L1 and L2 Advanced Driver Assistance Systems (ADAS).

Driver point-of-view driving in low visibility conditions - glare


Road Hazards: If You Can’t See Them, You Can’t Detect Them

While autonomous vehicles, or “self-driving cars,” are still far from being available to the average driver, most cars on the market offer semi-autonomous features that significantly enhance vehicle reliability and safety.

Unlock the benefits of cost-effective SWIR with TriEye's Sensing Solutions