India has deployed its first AI-powered modular anti-drone system to detect and neutralize hostile drones along its borders [1].
The system represents a critical shift in national security as the Indian armed forces seek to counter evolving aerial threats, specifically swarm and kamikaze drones [1]. By integrating artificial intelligence, the military aims to automate the detection and tracking process to reduce response times against fast-moving incursions [1].
Developed by Zen Technologies in partnership with the Indian armed forces, the modular shield is designed for real-time operation [1]. The technology allows for a detection range that extends beyond 15 km [1]. This expanded perimeter provides security forces with more time to identify and react to unauthorized aerial activity before drones reach sensitive installations [1].
One of the primary technical advantages of the system is its capacity for high-volume tracking. The AI-driven shield can track over 100 targets simultaneously [1]. This capability is specifically intended to mitigate the risk of swarm attacks, where multiple drones are used in coordination to overwhelm traditional defenses [1].
While the specific locations of the deployment along the borders remain undisclosed, the system is now operational [1]. The modular nature of the hardware allows for updates and scaling as drone technology evolves [1].
Zen Technologies provided the engineering for the project, focusing on the ability to not only detect but also neutralize threats in real time [1]. The deployment follows an announcement made in June 2024 regarding the system's development and capabilities [1].
“India has deployed its first AI-powered modular anti-drone system”
The deployment of this AI-powered shield indicates India's transition toward autonomous border defense. By focusing on swarm and kamikaze drone mitigation, the Indian military is addressing a specific vulnerability seen in recent global conflicts where low-cost, high-volume drone attacks have bypassed traditional radar and kinetic defenses.




