Raze develops deployable countermeasures against autonomous strike aircraft, addressing the rapid advancement of offensive capabilities on modern battlefields. The company combines cutting‑edge optics with artificial intelligence to detect, track, and neutralize incoming threats, offering a cost‑effective solution for defense forces.
Funding
Funding not disclosed
Founders
Product
Problem
Modern battlefields are increasingly contested by autonomous strike aircraft, whose speed and low cost outpace traditional air defence systems. Existing countermeasures are often large, expensive, and difficult to integrate onto a wide range of platforms, leaving high‑value assets vulnerable.
Solution
Raze offers a deployable countermeasure that combines advanced optical sensors with artificial‑intelligence processing to detect, track, and neutralize incoming autonomous strike aircraft. The system is designed for rapid integration onto existing vehicles, ships, or static installations, providing a scalable protective layer without extensive hardware modifications. By leveraging AI‑driven threat classification and precision targeting, the solution can engage multiple threats simultaneously while minimizing collateral impact. Its compact, modular architecture enables forces to field cost‑effective defence across diverse operational environments.
Target Audience
Primary customers are defense forces and military procurement agencies seeking to protect high‑value assets such as forward operating bases, naval vessels, and armored formations from autonomous aerial threats.
Features
- High‑resolution optical detection suite with real‑time image processing for early threat identification
- AI algorithms that classify and prioritize autonomous strike platforms based on flight profile and intent
- Integrated fire‑control module capable of directing kinetic or directed‑energy interceptors
- Modular hardware package that can be mounted on land, sea, or air platforms with minimal retrofitting
- Scalable software stack allowing updates and new threat signatures to be deployed remotely
- Low‑latency data link for seamless integration with existing command‑and‑control networks