The Recent Global Conflicts Highlight A Definitive Shift From Conventional Weapon Systems To Disruptive Unmanned Aerial Systems. In This Context, Analyze The 'Drone Revolution' And Suggest Measures For India To Secure Its Borders Against Asymmetric Drone Threats. (15 Marks, 250 Words)

Q. The recent global conflicts highlight a definitive shift from conventional weapon systems to disruptive unmanned aerial systems. In this context, analyze the ‘Drone Revolution’ and suggest measures for India to secure its borders against asymmetric drone threats. (15 Marks, 250 Words)

June 17, 2026

GS Paper IIIInternal security

Core Demand of the Question:

Drone Revolution
Threats to India from Asymmetric Drone Warfare
Measures for India to Secure Borders Against Drone Threats

Introduction

Recent conflicts in Ukraine, Lebanon and West Asia demonstrate that inexpensive, mass-produced drones are reshaping warfare. Military effectiveness increasingly depends on the ability to build, deploy and counter unmanned systems at scale.

Drone Revolution

Low-Cost Warfare: Drones provide precision strike capabilities at a fraction of the cost of conventional platforms.
Eg: Ukraine extensively adapted commercial drones for battlefield operations.
Mass Production: Industrial-scale manufacturing has become a key determinant of military strength.
Eg: Russia and Ukraine deploy thousands of drones monthly to sustain operations.
Asymmetric Equaliser: Drones enable weaker actors to challenge technologically superior militaries.
Eg: Non-state groups in West Asia have used drones against advanced military forces.
Rapid Adaptation: Drone technologies evolve quickly through battlefield innovation and software upgrades.
Multi-Role Utility: Drones perform surveillance, intelligence gathering, logistics and precision attacks simultaneously.

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Threats to India

Cross-Border Smuggling: Drones facilitate delivery of arms, narcotics and counterfeit currency.
Eg: BSF has repeatedly intercepted drone drops along the Punjab border.
Terrorist Infiltration: Hostile groups can employ drones for reconnaissance and attacks.
Eg: Drone attack on the Jammu Air Force Station (2021).
Swarm Attacks: Large numbers of drones can overwhelm conventional air-defence systems.
Surveillance Risks: Enemy drones can gather real-time intelligence on military installations.
Critical Infrastructure Threat: Power plants, airports and defence assets remain vulnerable to drone strikes.
Eg: National Counter Rogue Drone Guidelines, 2024 identify critical infrastructure protection as a priority.

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Measures for India

Counter-Drone Systems: Deploy jammers, spoofers, and directed-energy weapons along vulnerable borders through integrated systems such as DRDO’s Anti-Drone System.
Integrated Detection: Establish radar, acoustic and electro-optical surveillance networks under Comprehensive Integrated Border Management System (CIBMS).
Indigenous Manufacturing: Promote domestic drone and anti-drone ecosystems under strategic initiatives.
Eg: Drone Rules, 2021 and Production-Linked Incentive (PLI) Scheme (2020).
Multi-Agency Coordination: Enhance intelligence sharing among armed forces, BSF and police agencies.
Eg: The National Counter Rogue Drone Guidelines (2019) envisage a multi-agency counter-drone framework led by the Indian Air Force
AI-Based Defence: Develop AI-enabled systems for drone detection, tracking and neutralisation.
Eg: Defence Ministry’s Innovations for Defence Excellence (iDEX) supports such technologies.

Conclusion

As drones redefine the character of warfare, border security must move beyond traditional defences. A combination of indigenous technology, layered counter-drone architecture and integrated intelligence networks is essential to safeguard India against evolving asymmetric threats.