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Introduction

Rapid advancements in technologies such as Artificial Intelligence (AI), unmanned systems, cyber capabilities and precision weapons are redefining the nature of modern warfare. Countries that integrate these technologies effectively gain strategic advantages in surveillance, decision-making and combat capability. For India, strengthening defence preparedness through advanced technologies is crucial while simultaneously pursuing technological self-reliance under initiatives such as Atmanirbhar Bharat in defence.

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Role of advanced technologies in transforming defence preparedness

• AI-Enabled Warfare: Artificial intelligence enhances decision-making, threat detection and autonomous combat capabilities.
  Eg: AI-based surveillance and targeting systems used in modern drone warfare in Ukraine conflict.
• Unmanned Combat Systems: Drones and autonomous vehicles reduce human risk and enable precision strikes.
  Eg: India’s procurement and development of armed drones such as MQ-9B Predator drones.
• Network-Centric Operations: Advanced digital networks integrate intelligence, surveillance and communication systems for real-time battlefield awareness.
  Eg: Indian Armed Forces’ Integrated Air Command and Control System (IACCS).
• Precision-Guided Weapons: Advanced missile systems improve strike accuracy and deterrence capability.
  Eg: BrahMos supersonic cruise missile jointly developed by India and Russia.
• Cyber and Electronic Warfare: Modern conflicts increasingly involve cyber operations targeting critical infrastructure and military networks.
  Eg: Growing emphasis on Defence Cyber Agency established by India in 2019.

Challenges in achieving technological self-reliance in defence

• Import Dependence: India continues to rely heavily on foreign suppliers for critical defence technologies.
  Eg: Procurement of Rafale fighter aircraft from France to strengthen air capabilities.
• Limited Domestic R&D Capacity: Defence research ecosystem faces funding and institutional constraints.
  Eg: Long development timelines in projects such as Tejas Light Combat Aircraft programme.
• Technology Transfer Constraints: Foreign defence partnerships often involve limited transfer of core technologies.
  Eg: Restrictions in access to advanced technologies in fighter jet engine collaboration projects.
• Fragmented Industrial Ecosystem: Coordination challenges between DRDO, public sector units and private industry slow innovation.
  Eg: Delays in production and integration of indigenous defence systems.
• Skill and Infrastructure Gaps: Advanced defence technologies require specialised human capital and manufacturing capabilities.
  Eg: Need for high-end semiconductor and electronics manufacturing for defence systems.

Conclusion

Emerging technologies are transforming warfare by enhancing precision, speed and intelligence-driven operations. For India, strengthening defence preparedness requires sustained investment in domestic innovation ecosystems, stronger public-private partnerships and deeper technological capabilities to achieve genuine strategic autonomy in defence production.

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