QDIR develops high-definition infrared image sensors using colloidal quantum dots and nanoscale semiconductors, enabling scalable production for low-visibility applications. These sensors enhance situational awareness in defense, surveillance, and autonomous systems, addressing the critical issue of blind spots that increase the risk of attack.
Funding
$256K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Autonomous systems and surveillance technologies operating in low-visibility conditions face limitations due to blind spots, increasing the risk of accidents and security breaches. Existing infrared sensors are often expensive and difficult to scale, hindering widespread adoption in various applications.
Solution
QDIR is developing high-definition infrared image sensors using colloidal quantum dots and nanoscale semiconductors, enabling scalable production of low-cost thermal imaging solutions. Their sensors enhance situational awareness in defense, surveillance, industrial, and autonomous systems by providing detailed imagery in low-visibility and nighttime environments. QDIR's patent-protected materials and sensor design allow for high-throughput manufacturing of mid-wave infrared image sensors, offering improved safety and security. The technology aims to provide more pixels per dollar, making advanced IR imaging accessible to a broader range of applications.
Target Audience
The primary customers are in the defense, surveillance, industrial manufacturing, and autonomous vehicle industries, seeking to improve safety and security through advanced thermal imaging.
Features
- High-definition infrared thermal sensors based on colloidal quantum dots
- Scalable, high-throughput production of mid-wave infrared image sensors
- Enhanced situational awareness in low-visibility and nighttime conditions
- Improved detection, tracking, and identification of risks
- Compatibility with semi-autonomous and autonomous systems