Exercise Divya Drishti

Indian Army's Exercise Divya Drishti tested AI-based surveillance, UAV synergy, and sensor-to-shooter tech in high-altitude East Sikkim terrain.
Exercise Divya Drishti

Exercise Divya Drishti: Advancing AI-Driven Warfare Capabilities in High Altitude Terrain

Source: NIE
Syllabus: Internal Security (UPSC GS III, Prelims)

Context:

The Indian Army recently conducted Exercise Divya Drishti in East Sikkim, aimed at validating the integration of Artificial Intelligence (AI) with battlefield surveillance and next-generation warfare systems under high-altitude operational conditions.


About Exercise Divya Drishti

What is it?
A high-altitude, tech-driven military exercise led by the Indian Army’s Trishakti Corps, showcasing the application of AI, drones, real-time surveillance, and sensor-to-shooter technologies in challenging terrains of the Himalayas.


Key Objectives:

  • Battlefield Digitization:
    Evaluate advanced tools for digital situational awareness and decision-making in high-altitude warfare.
  • AI-Integrated Surveillance:
    Integrate AI-enabled sensors and communication systems to enhance real-time battlefield intelligence.
  • Sensor-to-Shooter Link:
    Enable immediate transfer of data from reconnaissance systems to firepower platforms.
  • UAV-Drone Coordination:
    Demonstrate seamless coordination between unmanned aerial vehicles (UAVs), drones, and ground forces.
  • Self-Reliance in Defence:
    Promote indigenous defence technologies under Atmanirbhar Bharat and align with the Indian Army’s Decade of Transformation vision.

Key Features:

  • Realistic Simulations:
    Field deployment of AI-powered surveillance systems and UAVs under live combat-like conditions in East Sikkim.
  • AI for Terrain Mapping:
    Use of real-time AI analysis for mapping, surveillance, and dynamic threat detection.
  • Secured Tactical Communication:
    Deployment of encrypted, networked communication systems to ensure swift data transmission and coordination.
  • Technology Demonstration:
    Indigenous tech platforms showcased the Indian Army’s transition toward network-centric warfare.

Strategic Significance:

  • Enhanced Combat Readiness:
    Prepares the armed forces for future hybrid and high-altitude warfare, particularly relevant to India’s Himalayan frontiers.
  • Faster Command Decisions:
    AI reduces response time by enabling faster situational analysis and precise targeting.
  • Boost to Indigenous Innovation:
    Reinforces India’s commitment to self-reliance in defence and minimizes dependency on foreign technology.

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