Engineering Future-Ready autonomous, Defence Solutions.
We are developing advanced GPS-denied navigation systems for drones and future robots to defend our nation while protecting critical infrastructure from hostile aerial robotic threats.
Our approach
We are building a proprietary autonomous positioning algorithm engineered for reliable, continuous operation in GPS-jammed or signal-denied environments. By intelligently fusing visual-inertial odometry, multi-sensor fusion, and satellite imagery matching, delivering precise real-time navigation that enables drones and unmanned systems to operate autonomously and safely where traditional GPS fails.
Hardware Development Process
Advanced 3D Printing for Streamlined Manufacturing
Our engineering team uses state-of-the-art 3D printing technology to rapidly produce complex, high-precision components, slashing lead times and enabling lightweight designs that would be impossible with traditional manufacturing.
Rapid Prototyping and iteration with cutting-edge software integration
Our integrated design software enables rapid prototyping and seamless iteration across multiple configurations, allowing the team to quickly test, refine, and optimize every detail in accelerated development cycles.
Advanced Aerodynamic Simulation for Optimized Design
We use advanced aerodynamic simulation tools visualize airflow and pressure distribution across the design to optimize shape, stability, and efficiency before moving to physical prototypes.
Prototypes
SP-1
Reconnaissance Drone
First prototype — a lightweight, carbon-fiber quadcopter reconnaissance drone engineered specifically to house and flight-test our proprietary GPS-denied navigation system.
Equipped with our advanced visual-inertial odometry and sensor-fusion algorithms, it delivers reliable autonomous positioning and real-time reconnaissance in GPS-jammed, signal-denied environments.
SP -2
Interceptor
High-performance counter-UAS platform engineered to leverage real-time reconnaissance intelligence and precise positioning data from the SP-1 reconnaissance drone.
Powered by our proprietary GPS-denied navigation system, it autonomously detects, pursues, and neutralizes potential hostile UAVs in jammed, urban, signal-denied environments — delivering rapid, reliable response capabilities for defence and critical infrastructure protection.