Light engines are the heart of AR displays and, together with waveguides, are responsible for creating high-quality images in AR glasses. They must be lightweight, extremely compact, and ultra-bright to meet the demands of everyday use.
Our light engine architecture is designed to push the limits of AR display performance while remaining compact and power-efficient. It enables high-quality image generation under real-world conditions.
High brightness rightness for daylight use
Ultra efficient for > 1d battery life
Clear image quality without coherence artifacts
Miniaturized to fit small glasses
Low cost for mass market

Our light engine is built on the Quantum Light Chip (QLC), a proprietary technology that enables its core functionality. The QLC delivers compact, efficient light generation at high brightness, forming the foundation for scalable AR display systems.

Investors | |
Partners | |
Light engines are the heart of AR displays and, together with waveguides, are responsible for creating high-quality images in AR glasses. They must be lightweight, extremely compact, and ultra-bright to meet the demands of everyday use.

Our light engine architecture is designed to push the limits of AR display performance while remaining compact and power-efficient. It enables high-quality image generation under real-world conditions.
High brightness rightness for daylight use
Ultra efficient for > 1d battery life
Clear image quality without coherence artifacts
Miniaturized to fit small glasses
Low cost for mass market
Our light engine is built on the Quantum Light Chip (QLC), a proprietary technology that enables its core functionality. The QLC delivers compact, efficient light generation at high brightness, forming the foundation for scalable AR display systems.

Investors | |
Partners | |
Gutheil-Schoder-Gasse 17
1230 Vienna, Austria
Gutheil-Schoder-Gasse 17
1230 Vienna, Austria