Quantum Cameras Could Revolutionize Satellite Imaging by 2028

Space technology startup Diffraqtion is developing quantum cameras for satellites, promising faster data processing and lower costs. The company has secured $4.2 million in funding, with plans to launch its first systems by 2028. These cameras will use quantum imaging and AI to detect distant objects or improve close-up observations with smaller lenses.

Diffraqtion's approach replaces traditional images with processed data and analysis. This method speeds up insights while cutting costs compared to existing space cameras. The company aims to build 6U cubesats with a 10cm lens for $500,000, matching the resolution of much larger satellites.

Ground-based operations for space domain awareness (SDA) are set to start in 2027. The first satellite launch is planned for 2028, with Earth observation services beginning in 2029. A larger camera, offering Hubble-like performance, is also in development for a few million dollars on a 50kg spacecraft.

The recent $4.2 million funding round was led by QDNL Participations. Other investors included milemark•capital, Aether VC, and ADIN. Diffraqtion also received a $1.5 million DARPA SBIR Direct-to-Phase 2 contract to support its work.

With its quantum cameras, Diffraqtion plans to transform space imaging by reducing processing time and expenses. The first operational services will roll out by 2029, following ground-based testing and satellite launches. The company's technology could make high-resolution imaging more accessible for smaller, cheaper spacecraft.