DRDO is working on an advanced Atomic Co-Magnetometer Gyroscope, a next-generation navigation technology based on quantum physics. This system is designed to measure movement and rotation with extreme accuracy, far beyond traditional gyroscopes used today. Unlike older systems that rely on mechanical parts or light-based sensors, this technology uses atomic-level interactions to track motion. This makes it more precise and stable over long durations. One of its biggest advantages is its ability to work in environments where GPS signals are not available or are being jammed. Modern defence systems like missiles, submarines, drones, and aircraft need reliable navigation even without satellites. This technology can help them operate independently with high accuracy. In military use, it can improve missile targeting, drone navigation, and underwater tracking systems. In aerospace, it can support space missions where GPS does not exist, helping rockets and spacecraft maintain correct direction. The technology also supports India’s broader focus on quantum science, which is becoming a key area for global defence innovation. By developing this system indigenously, India aims to reduce dependence on foreign navigation technology and strengthen its strategic autonomy in critical defence systems.
