India's future air superiority will depend on an interconnected combat network combining stealth fighters, autonomous drones, artificial intelligence and military satellites, according to two former senior Indian Air Force officers. Speaking exclusively to WION Defence Pulse, former IAF Vice Chief Air Marshal Anil Khosla (Retd.) and former Director General of the Centre for Air Power Studies Air Marshal Anil Chopra (Retd.) outlined how India is preparing for the next generation of aerial warfare.&nbsp;<h2>The Three Cs of India's Future Air Warfare</h2>&nbsp;Air Marshal Khosla described the transformation through what he calls the three Cs, “Coherent Collaborative Combat.” He explained that air warfare has evolved from pilot-centric operations to platform-centric and weapon-centric combat. The next phase will integrate fighter aircraft, helicopters, drones, ground sensors, satellites and command centres into a single networked combat ecosystem.&nbsp;According to him, the advantage will belong to the air force capable of sensing, deciding and adapting faster than its adversary. Addressing India's AMCA ambitions, he stressed that stealth aircraft, long-range weapons, drones and integrated sensors must be developed together.&nbsp;<figure class="media"><oembed url="https://www.youtube.com/watch?v=VTbi_u4p2Zg&amp;list=PLKwyKu6LhauQ"></oembed></figure>&nbsp;<h2>Fighter Pilots Could Become Battlefield Conductors</h2>&nbsp;Air Marshal Khosla also highlighted manned-unmanned teaming, where fighter aircraft operate alongside autonomous or semi-autonomous combat drones. Calling it the “Mother Goose” concept, he compared future fighter pilots to orchestra conductors coordinating multiple unmanned platforms during combat missions.&nbsp;He emphasised that loyal wingmen would not replace fifth-generation stealth fighters. Instead, manned-unmanned teaming represents a key element of emerging sixth-generation warfare. India's HAL is already pursuing related technologies through its CATS programme.&nbsp;<h2>Space Will Decide Future Military Operations</h2>&nbsp;Air Marshal Chopra delivered an equally significant warning about the growing importance of military space capabilities. “One who controls air and space controls this planet,” he said. Describing space as the ultimate high ground, Air Marshal Chopra explained that modern military operations increasingly depend on satellites for intelligence, surveillance, reconnaissance, navigation, communications and targeting.&nbsp;He highlighted India's planned 52-satellite programme and the growing involvement of private companies in strengthening the country's space infrastructure. He also pointed to India's demonstrated anti-satellite capability and continuing work on advanced space technologies.&nbsp;<figure class="media"><oembed url="https://www.youtube.com/watch?v=WwZjdAC_Kj8&amp;list=PLKwyKu6LhauQ"></oembed></figure>&nbsp;<h2>India Needs Thousands of Combat Drones</h2>&nbsp;Beyond space, Air Marshal Chopra identified fighter squadron strength and unmanned warfare as urgent modernisation priorities. He called for accelerating the Su-30MKI upgrade, fighter acquisitions and indigenous combat aircraft programmes. He also stressed the importance of hypersonic weapons and directed-energy systems.Together, the two veterans outlined an India-focused strategy and their central message was clear. India's next air war will not be shaped by individual fighter aircraft alone, but by the combined strength of its weapons, networks, satellites and autonomous systems. &nbsp;

Air Marshal Khosla described the transformation through what he calls the three Cs, “Coherent Collaborative Combat.” He explained that air warfare has evolved from pilot-centric operations to platform-centric and weapon-centric combat. 

India's future air superiority will depend on an interconnected combat network combining stealth fighters, autonomous drones, artificial intelligence and military satellites, according to two former senior Indian Air Force officers. Speaking exclusively to WION Defence Pulse, former IAF Vice Chief Air Marshal Anil Khosla (Retd.) and former Director General of the Centre for Air Power Studies Air Marshal Anil Chopra (Retd.) outlined how India is preparing for the next generation of aerial warfare. The Three Cs of India's Future Air Warfare Air Marshal Khosla described the transformation through what he calls the three Cs, “Coherent Collaborative Combat.” He explained that air warfare has evolved from pilot-centric operations to platform-centric and weapon-centric combat. The next phase will integrate fighter aircraft, helicopters, drones, ground sensors, satellites and command centres into a single networked combat ecosystem. According to him, the advantage will belong to the air force capable of sensing, deciding and adapting faster than its adversary. Addressing India's AMCA ambitions, he stressed that stealth aircraft, long-range weapons, drones and integrated sensors must be developed together. Fighter Pilots Could Become Battlefield Conductors Air Marshal Khosla also highlighted manned-unmanned teaming, where fighter aircraft operate alongside autonomous or semi-autonomous combat drones. Calling it the “Mother Goose” concept, he compared future fighter pilots to orchestra conductors coordinating multiple unmanned platforms during combat missions. He emphasised that loyal wingmen would not replace fifth-generation stealth fighters. Instead, manned-unmanned teaming represents a key element of emerging sixth-generation warfare. India's HAL is already pursuing related technologies through its CATS programme. Space Will Decide Future Military Operations Air Marshal Chopra delivered an equally significant warning about the growing importance of military space capabilities. “One who controls air and space controls this planet,” he said. Describing space as the ultimate high ground, Air Marshal Chopra explained that modern military operations increasingly depend on satellites for intelligence, surveillance, reconnaissance, navigation, communications and targeting. He highlighted India's planned 52-satellite programme and the growing involvement of private companies in strengthening the country's space infrastructure. He also pointed to India's demonstrated anti-satellite capability and continuing work on advanced space technologies. India Needs Thousands of Combat Drones Beyond space, Air Marshal Chopra identified fighter squadron strength and unmanned warfare as urgent modernisation priorities. He called for accelerating the Su-30MKI upgrade, fighter acquisitions and indigenous combat aircraft programmes. He also stressed the importance of hypersonic weapons and directed-energy systems. Together, the two veterans outlined an India-focused strategy and their central message was clear. India's next air war will not be shaped by individual fighter aircraft alone, but by the combined strength of its weapons, networks, satellites and autonomous systems.

Air Marshal Khosla described the transformation through what he calls the three Cs, “Coherent Collaborative Combat.” He explained that air warfare has evolved from pilot-centric operations to platform-centric and weapon-centric combat.&nbsp;

‘One who controls air and space controls this planet’: IAF veterans reveal India's next war strategy

Modern warships are often defined by what can be seen above deck: missiles, guns, radars and sensors. But deep inside the vessel sits another critical layer of technology without which many of these systems cannot operate effectively.&nbsp;Thermal management is becoming increasingly important as warships evolve into floating hubs of electronics, computing and sensors. Powerful radars, electronic warfare suites, communication networks and combat-management systems all generate significant amounts of heat. Future technologies, including directed-energy weapons, could increase that thermal burden further.&nbsp;Speaking to WION's Defence Pulse, Ravalnath Shende, Chairman and Managing Director of Shree Refrigerations Ltd, explains how failure to remove heat can degrade electronic equipment, force systems to shut down and potentially cause permanent damage. That makes thermal management a significant part of a warship's operational resilience.&nbsp;ALSO READ: <a href="https://www.wionews.com/defence-pulse/operation-sindoor-s-hidden-naval-dimension-mod-reveals-indian-navy-special-forces-joined-may-7-strikes-1789821462201">Operation Sindoor’s hidden naval dimension | MoD reveals Indian Navy Special Forces joined May 7 strikes</a>&nbsp;Shende described the changing philosophy of naval design as “weapon maximum, ship minimum,” with more sophisticated electronics being packed into increasingly constrained spaces. “The system has to be size efficient,” Shende said, explaining that equipment must also be maintainable despite the restricted working spaces aboard warships.&nbsp;The challenge becomes even more demanding aboard submarines, where machinery, electronics and crew operate together inside a confined environment. Cooling, ventilation, reliability and acoustic performance become essential for sustained underwater operations.&nbsp;<figure class="media"><oembed url="https://www.youtube.com/watch?v=5CnmBE1B3mg&amp;list=PLKwyKu6LhauQ&amp;index=7"></oembed></figure>&nbsp;For India, this relatively unseen technology also forms part of the wider defence indigenisation story. Shende recalled how his company's entry into naval refrigeration began with a small requirement that demanded stringent naval specifications and eventually required specialised testing facilities capable of simulating conditions aboard a vessel.&nbsp;The technology below deck may never launch a missile or detect an incoming aircraft. But as warships become increasingly electronic, keeping their sensors, weapons and computers cool is becoming just as important for keeping the ship in the fight. &nbsp;

Speaking to WION's Defence Pulse, Ravalnath Shende, Chairman and Managing Director of Shree Refrigerations Ltd, explains how failure to remove heat can degrade electronic equipment, force systems to shut down and potentially cause permanent damage.

Modern warships are often defined by what can be seen above deck: missiles, guns, radars and sensors. But deep inside the vessel sits another critical layer of technology without which many of these systems cannot operate effectively. Thermal management is becoming increasingly important as warships evolve into floating hubs of electronics, computing and sensors. Powerful radars, electronic warfare suites, communication networks and combat-management systems all generate significant amounts of heat. Future technologies, including directed-energy weapons, could increase that thermal burden further. Speaking to WION's Defence Pulse, Ravalnath Shende, Chairman and Managing Director of Shree Refrigerations Ltd, explains how failure to remove heat can degrade electronic equipment, force systems to shut down and potentially cause permanent damage. That makes thermal management a significant part of a warship's operational resilience. ALSO READ: Operation Sindoor’s hidden naval dimension | MoD reveals Indian Navy Special Forces joined May 7 strikes Shende described the changing philosophy of naval design as “weapon maximum, ship minimum,” with more sophisticated electronics being packed into increasingly constrained spaces. “The system has to be size efficient,” Shende said, explaining that equipment must also be maintainable despite the restricted working spaces aboard warships. The challenge becomes even more demanding aboard submarines, where machinery, electronics and crew operate together inside a confined environment. Cooling, ventilation, reliability and acoustic performance become essential for sustained underwater operations. For India, this relatively unseen technology also forms part of the wider defence indigenisation story. Shende recalled how his company's entry into naval refrigeration began with a small requirement that demanded stringent naval specifications and eventually required specialised testing facilities capable of simulating conditions aboard a vessel. The technology below deck may never launch a missile or detect an incoming aircraft. But as warships become increasingly electronic, keeping their sensors, weapons and computers cool is becoming just as important for keeping the ship in the fight.

Speaking to WION's Defence Pulse, Ravalnath Shende, Chairman and Managing Director of Shree Refrigerations Ltd, explains how failure to remove heat can degrade electronic equipment, force systems to shut down and potentially cause permanent damage.

The hidden technology keeping warships in the fight

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‘One who controls air and space controls this planet’: IAF veterans reveal India's next war strategy

The hidden technology keeping warships in the fight