SiOnyx

SiOnyx, established in 2006 as a spin-out from Harvard University, specializes in the development of advanced imaging sensors and cameras capable of capturing high-fidelity color imagery in low-light, near-infrared, and twilight conditions. The company's foundation is built upon a proprietary semiconductor process, which dramatically enhances the infrared sensitivity of silicon-based imagers. This core technology was originally developed by co-founder Professor Eric Mazur at Harvard University, who, along with his former graduate student Dr. James Carey, sought to commercialize this black silicon technology. Dr. Carey, leveraging his deep expertise in applied physics and semiconductor device physics from his doctoral research, serves as the company's President and CEO, guiding its technological and commercial strategy.

Initially, SiOnyx focused on the defense sector, securing contracts with organizations like the U.S. Army to develop digital night vision cameras for surveillance and navigation. This early work led to the creation of the XQE family of CMOS image sensors, which deliver quantum efficiency on par with more expensive III-V based sensors, but with the cost advantages of silicon manufacturing. The sensors are designed to provide clear, detailed images in moonless starlight, a significant operational advantage for military and law enforcement personnel. The company serves a diverse client base that includes government and defense entities, as well as the commercial market.

Expanding beyond its defense roots, SiOnyx has introduced a line of commercial products under the Aurora brand, which are marketed as the first-ever day/night action cameras. These cameras allow consumers to capture full-color video in near-total darkness, targeting markets such as boating, hunting, and outdoor recreation. The product line includes several models—Aurora Sport, Aurora, and Aurora Pro—offering varying features for different consumer and professional needs. Revenue is generated through the sale of these camera products directly to consumers and through a network of distributors, as well as through the sale of its proprietary image sensors to other equipment manufacturers.

Keywords: digital night vision, CMOS image sensors, low-light imaging, infrared technology, black silicon, defense technology, surveillance cameras, action cameras, marine navigation, outdoor recreation