The startup designs and builds photonic sensors that utilize quantum coherence to enhance noise resilience, enabling longer operational distances and covert functionality. Their LiDAR technology is particularly suited for defense applications and civilian uses, such as undersea asset monitoring and anti-collision systems for satellites, while remaining impervious to blinding attacks.
Funding
$300K 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
Traditional LiDAR systems are susceptible to noise and interference, limiting their operational range and effectiveness in challenging environments. This vulnerability poses significant risks in defense applications, undersea monitoring, and anti-collision systems where signal integrity is paramount.
Solution
This startup develops photonic sensors leveraging quantum coherence to achieve enhanced noise resilience in LiDAR systems. Their technology enables longer operational distances and covert functionality, making it suitable for applications requiring high precision and security. By utilizing quantum principles, the sensors are less susceptible to blinding attacks and environmental interference, improving the reliability and accuracy of LiDAR data in critical scenarios. The enhanced performance allows for more effective undersea asset monitoring, improved anti-collision systems for satellites, and robust sensing capabilities for defense applications.
Target Audience
The primary target audience includes defense organizations, satellite operators, and companies involved in undersea infrastructure monitoring.
Features
- Photonic sensors utilizing quantum coherence for enhanced noise resilience
- LiDAR technology optimized for long-range operation and covert functionality
- Resistance to blinding attacks and environmental interference
- High-precision data acquisition for accurate environmental mapping
- Customizable sensor configurations for diverse application requirements