Indian Armed Forces Defence Preparedness Through Atmanirbhar Bharat: India’s Big Leap into Drone Warfare and Future Battlefields

 

Introduction: A New Era of Warfare

India has recognized this changing nature of warfare and has responded with remarkable strategic foresight. In a major boost to military preparedness, the Defence Acquisition Council (DAC), chaired by Defence Minister Rajnath Singh, recently approved defence acquisitions worth approximately Rs 52,000 crore. The approved projects focus heavily on drone warfare, anti-drone systems, precision strike capabilities, and indigenous military technology development under the vision of Atmanirbhar Bharat.

The character of warfare is undergoing a revolutionary transformation. The traditional battlefield dominated by tanks, artillery, fighter aircraft, and infantry formations is rapidly evolving into a technology-driven combat environment where drones, artificial intelligence, electronic warfare systems, cyber capabilities, and autonomous weapons are becoming decisive factors. The Russia-Ukraine War, the Israel-Hamas conflict, and military operations in the Middle East have demonstrated that low-cost drones can inflict disproportionate damage on high-value military assets. Consequently, nations across the world are reassessing their military doctrines and investing heavily in drone and counter-drone technologies.

These decisions signify India's determination to prepare its Armed Forces for future wars while simultaneously strengthening indigenous defence manufacturing capabilities.

 

Changing Nature of Modern Warfare

For decades, military planners viewed air superiority as the key to battlefield dominance. However, recent conflicts have revealed that relatively inexpensive drones can destroy tanks worth millions of dollars, disrupt logistics networks, attack critical infrastructure, and gather real-time intelligence.

In the Russia-Ukraine conflict, drones have been used extensively for:

• Reconnaissance and surveillance.
• Precision targeting for artillery.
• Direct attacks on armored vehicles.
• Deep strikes against strategic targets.
• Maritime warfare.

The success of drones has altered military thinking worldwide. Nations are now investing not only in offensive drone capabilities but also in sophisticated anti-drone systems capable of detecting, tracking, jamming, and destroying hostile UAVs.

India's latest defence acquisitions must be viewed within this global context.

 

Operation Sindoor and India's Drone Warfare Lessons

India's recent military experiences, particularly during Operation Sindoor and various border security operations, have reinforced the importance of unmanned systems. Pakistan-based terrorist groups have repeatedly attempted to use drones for smuggling weapons, narcotics, explosives, and surveillance equipment across the border.

Similarly, China's rapid development of drone swarms, autonomous systems, and electronic warfare capabilities has compelled Indian military planners to accelerate indigenous technological development.

The lessons are clear:

• Every soldier may become a target of drone surveillance.
• Every military installation requires anti-drone protection.
• Future conflicts will involve swarms of autonomous systems.
• Electronic warfare will become as important as conventional firepower.

India's recent procurement decisions directly address these emerging challenges.

 

AKASH TARANG: India's New Anti-Drone Shield

One of the most significant approvals granted by the DAC is the procurement of the Anti-Unmanned Aerial Vehicle Electronic Warfare System known as AKASH TARANG.

This sophisticated system is designed to:

• Detect hostile drones.
• Identify their operating frequencies.
• Track aerial threats.
• Jam communication links.
• Neutralize enemy UAVs before they can strike.

The importance of such systems cannot be overstated. Modern drones are small, difficult to detect, and often operate at low altitudes. Conventional air defence systems are not always effective against these threats.

AKASH TARANG will create a layered defence shield around:

• Military bases.
• Ammunition depots.
• Radar installations.
• Command headquarters.
• Critical infrastructure.

This capability will significantly strengthen India's ability to counter drone attacks from state and non-state actors.

 

Kamikaze Drones: A Revolutionary Offensive Capability

Perhaps the most transformative acquisition is the approval of jet-based kamikaze drones, also known as loitering munitions.

Unlike conventional drones that return after completing surveillance missions, kamikaze drones function as both sensor and weapon.

Their operational sequence is simple yet deadly:

1.    Launch from a safe location.

2.    Loiter over the target area.

3.    Search for designated targets.

4.    Dive onto the target.

5.    Destroy themselves along with the objective.

These systems combine the advantages of:

• Precision-guided missiles.
• Reconnaissance drones.
• Autonomous targeting.

The benefits are substantial:

Cost Effectiveness

A kamikaze drone costs significantly less than a cruise missile while providing comparable precision against tactical targets.

Reduced Risk to Personnel

No pilot is exposed to enemy air defences.

High Precision

They can engage:

• Tanks.
• Artillery systems.
• Command posts.
• Air defence radars.
• Logistics hubs.

Operational Flexibility

They can remain airborne for extended periods waiting for targets to appear.

The approval of jet-powered variants further enhances speed, range, and survivability.

 

Preparing for Chinese and Pakistani Threats

India faces two nuclear-armed adversaries simultaneously.

China

China has invested heavily in:

• Drone swarms.
• Artificial intelligence.
• Autonomous combat systems.
• Electronic warfare platforms.

The People's Liberation Army is integrating unmanned systems into every level of military operations.

Pakistan

Pakistan has increasingly relied on drones for:

• Border surveillance.
• Terrorist infiltration support.
• Smuggling operations.
• Intelligence gathering.

The combination of AKASH TARANG and offensive drone capabilities provides India with a credible response to both threats.

 

MPATGM: Indigenous Tank Killer

Another important acquisition is the Man Portable Anti-Tank Guided Missile (MPATGM).

This indigenous missile system provides infantry units with a highly mobile and effective anti-armour capability.

Key advantages include:

• Fire-and-forget capability.
• High mobility.
• Precision targeting.
• Day and night operation.

In mountainous terrain and urban warfare scenarios, such systems provide tremendous tactical flexibility.

For Indian soldiers operating along the Line of Actual Control and the Line of Control, MPATGM represents a major enhancement in combat effectiveness.

 

V-SHORADS: Strengthening Air Defence

The acquisition package also includes Very Short Range Air Defence Systems (V-SHORADS).

Modern battlefields are crowded with:

• Drones.
• Helicopters.
• Low-flying aircraft.
• Loitering munitions.

V-SHORADS provide frontline troops with rapid-response air defence capability.

These systems create the first layer of protection against aerial threats and complement larger air defence networks such as:

• Akash.
• MR-SAM.
• S-400 systems.

Together, they form a comprehensive air defence architecture.

 

Active Protection Systems for Tanks

Recent conflicts have demonstrated the vulnerability of tanks to:

• Anti-tank guided missiles.
• Top-attack munitions.
• Kamikaze drones.

To address this challenge, India has approved Active Protection Systems (APS) for tanks.

APS functions by:

• Detecting incoming threats.
• Tracking their trajectory.
• Launching countermeasures.
• Destroying threats before impact.

This technology dramatically improves the survivability of armoured formations on future battlefields.

 

Indian Navy and Maritime Drone Warfare

The maritime domain is equally important.

The Indian Navy has been cleared to procure Naval Shipborne Unmanned Aerial Systems (NSUAS).

These advanced systems will enhance:

• Maritime surveillance.
• Target identification.
• Anti-piracy operations.
• Exclusive Economic Zone monitoring.
• Fleet situational awareness.

The Indian Ocean Region is becoming increasingly contested due to growing Chinese naval activity.

Unmanned systems will enable the Indian Navy to maintain continuous surveillance over vast oceanic areas while reducing operational costs.

 

Atmanirbhar Bharat and Defence Self-Reliance

The most significant aspect of these acquisitions is their alignment with the Atmanirbhar Bharat vision.

For decades, India remained one of the world's largest importers of military equipment. Dependence on foreign suppliers often resulted in:

• Delays.
• High costs.
• Technology restrictions.
• Operational vulnerabilities.

Today, India is pursuing a fundamentally different strategy.

The focus is on:

• Indigenous research.
• Domestic production.
• Technology transfer.
• Export capability.

Major Indian defence companies are playing a critical role.

These include:

• Bharat Electronics Limited
• Bharat Dynamics Limited
• Adani Defence & Aerospace

Alongside these large enterprises, hundreds of Indian start-ups are contributing innovative solutions in:

• Artificial intelligence.
• Robotics.
• Autonomous systems.
• Electronic warfare.
• Drone technologies.

 

Economic Benefits Beyond National Security

Defence manufacturing is not merely a security imperative; it is also an economic opportunity.

The defence sector creates:

• High-skilled employment.
• Technology innovation.
• Export earnings.
• Industrial growth.

Defence corridors established in states such as Uttar Pradesh and Tamil Nadu are attracting substantial investments.

As indigenous production expands, India can emerge as a major exporter of:

• Drones.
• Missiles.
• Electronic warfare systems.
• Naval platforms.
• Aerospace technologies.

This transformation supports the government's broader vision of making India a global manufacturing hub.

 

The Future Battlefield: Artificial Intelligence and Autonomous Warfare

The latest acquisitions are only the beginning.

Future warfare will increasingly involve:

• Artificial intelligence-enabled drones.
• Autonomous weapon systems.
• Drone swarms.
• Cyber warfare.
• Space-based surveillance.
• Electronic warfare.

India's defence planners are clearly preparing for this reality.

The integration of offensive drones, anti-drone systems, advanced missiles, and indigenous manufacturing demonstrates a holistic approach to military modernization.

The emphasis is no longer merely on acquiring weapons but on building a self-reliant technological ecosystem capable of sustaining long-term military superiority.

 

Conclusion

The Defence Acquisition Council's approval of projects worth Rs 52,000 crore represents far more than a routine procurement exercise. It marks a strategic shift in India's approach to national security and military modernization.

The acquisition of AKASH TARANG anti-drone systems, jet-powered kamikaze drones, MPATGM missiles, V-SHORADS, Active Protection Systems, and advanced naval unmanned platforms demonstrates that India is preparing for the wars of the future rather than the wars of the past.

Equally important, these acquisitions reinforce the vision of Atmanirbhar Bharat by promoting indigenous defence manufacturing, technological innovation, and strategic self-reliance.

As drones, artificial intelligence, and autonomous systems redefine military power in the twenty-first century, India is taking decisive steps to ensure that its Armed Forces remain technologically advanced, operationally effective, and capable of safeguarding national interests against evolving threats. The message is clear: India is not merely adapting to the future battlefield—it is actively shaping its place within it through self-reliance, innovation, and strategic preparedness