Why in news?
The Indian Army conducted Exercise Divya Drishti in East Sikkim to test artificial‑intelligence‑powered battlefield technologies under extreme Himalayan conditions. The demonstration showcased innovations in surveillance, data fusion and real‑time decision‑making.
About the exercise
Divya Drishti, meaning “divine vision,” is a high‑altitude technology demonstration launched by the Army’s Trishakti Corps. It is part of the Army’s Decade of Transformation roadmap and aligns with the Atmanirbhar Bharat initiative to develop indigenous defence technologies.
Objectives
- Test battlefield digitisation: Validate the use of AI‑enabled sensors, drones and ground platforms for mapping terrain and tracking targets in real time.
- Sensor‑to‑shooter linkage: Ensure that data from surveillance devices flows seamlessly to command centres and is used instantly for firepower decisions.
- Validate UAV synergy: Integrate unmanned aerial vehicles with ground forces and communication systems to simulate future combat scenarios.
Key features
- Realistic deployment: The exercise took place in rugged Himalayan terrain, using ground vehicles, drones and soldiers to replicate operational missions.
- AI‑enabled sensors: Sensors generated battlefield intelligence and enhanced situational awareness in real time.
- Secure communications: Networked communication channels ensured reliable and secure relay of data between sensors, commanders and weapons systems.
Why it matters
- Tactical readiness: Preparing soldiers for hybrid warfare in mountainous areas enhances India’s defensive posture against potential adversaries.
- Self‑reliance: Developing and testing indigenous technologies reduces dependence on imported equipment and supports the domestic defence industry.
- Faster decision‑making: AI‑driven situational assessment reduces the time lag between surveillance and response, improving combat effectiveness.
Exercise Divya Drishti underscores the Indian Army’s commitment to modernising warfare capabilities and staying ahead of evolving security challenges.