New Delhi's military leadership has started to voice what defence planners have been hinting for years: who can process information quicker, not necessarily who has the larger military force, will win the next war. Air Marshal Tejpal Singh, Deputy Chief of the Air Staff, put forward that argument Tuesday during a seminar in the Air Force Auditorium in Subroto Park, making it the official Indian Air Force's most public statement yet on what it considers to be a victory in 2026.

His message was to the point. Weapons and platforms remain relevant, and no one at Subroto Park would dare disagree, but the game that determines who wins or loses now takes place between seeing a threat and reacting to it. Singh presented this in the context of the OODA loop, the strategy for making decisions developed decades ago by American fighter pilot and strategist John Boyd. Military that compresses the time cycle faster than its opponent gets to decide and strike first. Until you consider the amount of money and doctrine India, as well as all serious military powers, are investing in closing that gap.

Singh's argument had a structural logic to it. Combat platforms and their weapons are left with the ‘act' part of the loop, but the three stages before that, observing, orienting and deciding, rely on surveillance networks, C4I2 systems and electro-optical sensors and those three can no longer be developed or operated individually,” he said. His words were clear: these capabilities have to be integrated into a system of systems, rather than trying to address each as a standalone system, which delays the decision making he says the whole exercise is supposed to facilitate. The surveillance assets in his vocabulary are the military's eyes and ears, both on the ground and in the sea, air, space and cyberspace; the electro-optics is the precision technology of thermal and multi-spectral imaging; and C4I2, command, control, communications, computers, intelligence and information, is the connective nervous system that brings all three together to a real-time commander.

He cited the Integrated Air Command and Control System (IAACS) as an example of the force's ongoing efforts and progress toward this integration, the backbone of the IAF that already ties together its sensors, communications networks, and weapons platforms. He also pointed out the obvious problems in making this a dependence on networks: the network itself is a target. Standardised protocols, cross-service interoperability and a communication system capable of operating in a dense “electronic warfare” environment “self-healing,” said Singh in one word are all necessary to make such systems faster and more connected, and more exposed to jamming, spoofing and cyberattack.

All of this is not taking place in isolation and the budget figures reflect the change of focus. The line item "Other Equipment" that encompasses network-centric warfare equipment, electronic warfare and surveillance radars and drone systems got close to 82,218 crore rupees, which rose by more than 30 per cent from the previous year, and is now the largest single component of India's capital modernisation budget, even ahead of aircraft and aero engines. The defence expenditure for the year is approximately 7.85 lakh crore rupees, out of which capital expenditure has increased by almost 22 per cent and nearly three-fifths of it is now being spent with domestic manufacturers under the government's 'self-reliant India' initiative. In simple terms, India is not only talking about information dominance, but also redirecting a larger portion of its defence rupee to the sensors, networks and computing backbone which will make it possible, rather than to pure hardware.

India is by no means a lone example of this rebalancing act, and it's this global pattern that Singh's words fit into. The Pentagon has been developing its own version of this concept for several years, as part of the Joint All-Domain Command and Control programme, where sensors and shooters from all the branches of service were to be connected to a single decision-making 'web' and tens of billions of dollars have been allocated towards research and procurement. Meanwhile, China, which has been closely monitoring Washington's programme, has been working on a parallel system of its own known as Multi-Domain Precision Warfare, which also relies on the same instinct: to combine information before the enemy can and to attack its vulnerable targets before it can react. The original theory of an American Air Force Colonel is now the common operating doctrine of the world's air forces as they all work to reduce their own time to decision, all while attempting to jam or blind the other side's.

Time is the timing for India. Singh's remarks follow increased operational engagement along the western and the north borders, and are more akin to an indication of the direction of institutional focus. The message to industry and research institutions was as direct as this: Do not ask me what system you should build, ask me what system you need to solve a problem in operation, and let engineers and scientists work out the rest. It is a change in thinking as well as a change in spending, and it is a thinking revolution wherein information is used as a weapon on its own merits and not as the wiring that links other arms. The actual test in the years to come will be whether the Indian Air Force can achieve that vision at its new budget requirements.