Shapta Shakti Command Enhances Drone Warfare Capabilities with Indigenous Counter-UAS Solutions
In a strategic move, the Shapta Shakti Command is expediting the enhancement of its drone warfare and counter-unmanned aerial systems (C-UAS) capabilities. This development is anchored on local technological advancements and strong partnerships with civil defence industries to establish a comprehensive defence system against modern aerial threats.
At various command sites, personnel are engaging in intensive exercises focused on counter-drone tactics and C-UAS strategies. These drills are crucial for validating tactical doctrines and ensuring effective sensor-to-shooter timelines, as well as streamlined command-and-control procedures. The training underscores the importance of quickly detecting, identifying, and neutralizing enemy unmanned systems while maintaining operational flexibility for allied forces.
Key aspects of this initiative are outlined as follows:
| Theatre-level C2 architecture | Enables integration of local tactical units with higher command authorities for expedited decision-making. |
| Innovative, operation-level solutions | Developed in collaboration with domestic defence firms and civil industry partners, boosting local manufacturing and operational flexibility. |
| Tailored force structures | Specifically trained for missions like reconnaissance denial, base defence, convoy protection, and handling mass-saturation scenarios. |
| Layered defence mechanisms | Utilizes RF jamming, kinetic interceptors, electronic warfare tactics, and sensor fusion to make high-confidence engagement decisions. |
According to command planners, these exercises are crafted to rigorously test new concepts under realistic conditions. The aim is to refine strategic doctrines for future conflict scenarios heavily influenced by unmanned systems. By emphasizing self-reliance and fostering close cooperation between industry and the military, Shapta Shakti Command intends to deploy combat-ready units equipped with leading-edge indigenous technologies capable of effectively countering advanced drone threats.
