Portfolio

Engineered specialized hardware solutions for anti-drone systems, prioritizing sub-30ms response times. This project aims to provide defense sector clients with superior reaction capabilities critical for effective threat neutralization in complex environments.

Designed and delivered camera-and-actuator sub-assemblies with guaranteed rapid performance. Engineered to overcome traditional processing delays, these components enable B2B partners, including Tier-1 suppliers and defense organizations, to achieve unmatched speed in targeting solutions.

Focused on reducing processing latency in hardware for interceptor drones. This work directly supports defense organizations by improving the response loop, ensuring precise engagement capabilities for dynamic and high-speed maneuvers.

A project focused on innovating hardware-level spatial processing to achieve sub-30ms response times, surpassing standard frame pipeline limitations. This initiative provides B2B partners with a competitive edge through demonstrably faster and more reliable hardware response loops.

Research and development into hardware-level spatial processing for high-speed autonomous vehicles. The goal is to enable advanced self-driving capabilities by ensuring rapid detection and response to dynamic environmental factors, paving the way for future OEM collaborations.

Developed advanced hardware-level spatial processing for sub-30ms response times, crucial for defense applications targeting high-speed aerial threats. This project ensures critical systems like interceptor drones and anti-drone solutions do not miss fast-moving objects, providing a significant performance advantage.