Introduction to Drone Warfare and India’s Strategic Context

Since the early 2010s, unmanned aerial vehicles (UAVs) and drone swarms have transformed modern combat. India faces an urgent imperative to recalibrate its military strategy to address this evolving threat. In 2022 alone, over 300 drone incursions were reported along the India-Pakistan border (Indian Army, 2023), underscoring the operational challenge. Globally, conflicts such as Russia-Ukraine and Nagorno-Karabakh have demonstrated the tactical and strategic impact of drones and loitering munitions on conventional forces (SIPRI 2023; International Crisis Group 2021). India’s current counter-drone capabilities remain below optimal interception rates, particularly against swarm attacks (DRDO 2023 internal assessment), necessitating doctrinal, technological, and institutional reforms.

Legal and Institutional Framework Governing Drone Warfare in India

India’s drone warfare policy operates within a complex legal matrix. The Defence of India Act, 1962 authorizes wartime security measures, while the Arms Act, 1959 regulates UAVs as weaponized platforms. Cyber operations involving drones fall under the Information Technology Act, 2000, particularly Section 66A and related provisions addressing cyber intrusions. The Defence Procurement Procedure (DPP) 2020 provides the procedural framework for acquiring indigenous and foreign UAV and counter-UAV systems. Additionally, the National Security Act, 1980 empowers preventive detention, a tool relevant to countering drone-enabled asymmetric threats.

• DRDO: Leads R&D on indigenous UAVs and counter-drone technologies.
• Indian Air Force (IAF): Integrates drones into air defence and operational deployment.
• Indian Navy (IN): Employs maritime drone surveillance and countermeasures.
• Indo-Tibetan Border Police (ITBP): Uses drones for high-altitude border monitoring.
• Ministry of Defence (MoD): Oversees policy formulation and procurement.
• National Technical Research Organisation (NTRO): Conducts electronic intelligence and drone threat analysis.

Economic Dimensions of Drone and Counter-Drone Capabilities

India’s defence budget for 2023-24 stands at approximately ₹5.94 lakh crore (~$80 billion), with about 15% allocated for modernization, including UAV and counter-UAV systems (MoD Annual Report 2023). Globally, the military drone market is projected to reach $41.4 billion by 2027, growing at a CAGR of 14.3% (MarketsandMarkets 2023). India’s Defence Production Policy 2020 targets a 30% increase in domestic UAV manufacturing by 2025 under the ‘Make in India’ initiative. This economic scale demands prioritization of cost-effective indigenous solutions to reduce dependency on imports and ensure timely deployment of counter-drone capabilities.

Operational Challenges and Lessons from Global Conflicts

Recent conflicts provide critical insights into drone warfare dynamics. The Russia-Ukraine war saw over 1,200 UAVs deployed, with drones responsible for damaging more than 40% of armoured vehicles (SIPRI 2023). In Nagorno-Karabakh, loitering munitions caused 70% of casualties, revealing the lethality of autonomous drone strikes (International Crisis Group 2021). The 2021 Gaza conflict demonstrated non-state actors’ use of commercial drones for over 200 targeted strikes, highlighting the asymmetric threat posed by low-cost UAVs (UN OCHA 2021). India's interception success rate against swarm attacks remains below 60% (DRDO 2023), indicating a critical capability gap.

• Swarm saturation: Coordinated attacks by 100+ drones overwhelm traditional air defences (Jane’s Defence Weekly 2023).
• Low-cost, high-impact: Small drones can inflict disproportionate damage on expensive platforms.
• Fragmented doctrine: India lacks an integrated multi-domain counter-drone doctrine combining air, land, cyber, and electronic warfare.

Comparative Analysis: India vs Israel’s Drone Defence Architecture

Strategic Gaps and Institutional Challenges

India’s primary gap lies in the absence of a unified counter-drone doctrine that synchronizes capabilities across domains. Current operational responses are fragmented across services and agencies, leading to delayed threat neutralization. The lack of advanced AI-enabled detection and electronic warfare integration limits interception efficacy against swarm tactics. Indigenous R&D, while progressing, must accelerate to match global technological trends and reduce import dependence. Inter-agency coordination between DRDO, NTRO, IAF, and paramilitary forces like ITBP remains suboptimal, affecting real-time threat assessment and response.

Way Forward: Recalibrating India’s Military Strategy for Drone Warfare

• Doctrine development: Formulate a comprehensive multi-domain counter-drone doctrine integrating air, land, cyber, and EW capabilities.
• Technology integration: Upgrade legacy air defence systems with AI-based detection, electronic warfare, and automated interception.
• Indigenous innovation: Accelerate DRDO-led R&D and incentivize private sector participation under ‘Make in India’ for cost-effective UAV and counter-UAV systems.
• Inter-agency synergy: Establish a centralized command structure for drone threat analysis and rapid operational coordination among IAF, IN, NTRO, and paramilitary forces.
• Procurement reform: Streamline acquisition processes under DPP 2020 to fast-track deployment of advanced counter-drone technologies.
• Training and simulation: Enhance joint exercises simulating swarm attacks and electronic warfare scenarios to build operational readiness.

Jharkhand & JPSC Relevance

• JPSC Paper: Paper 2 - Security and Defence
• Jharkhand Angle: Jharkhand’s proximity to sensitive border states and presence of paramilitary forces necessitates enhanced drone surveillance and counter-drone preparedness.
• Mains Pointer: Highlight the role of paramilitary forces like CRPF and ITBP operating in Jharkhand in drone surveillance and border security; emphasize indigenous technology development’s impact on local defence manufacturing units.