The 2025 Air War: A Clash of Doctrines, Not Just Jets
“In order to win, we should operate at a faster tempo or rhythm than our adversaries – or, better yet, get inside [the] adversary’s Observation-Orientation-Decision-Action time cycle or loop.”
– John Boyd
The 2025 air war between India and Pakistan was set in motion by the April 22 supposed terrorist attack in Pahalgam that killed 26 Hindu tourists. Given the Hindutva-dominated belligerent Modi government mindset, the encounter escalated into a four-day, high-tempo aerial campaign, in less than a week. India opened the clash with overwhelming numbers— more than 70 modern jets, including loaded Rafales, Su-30MKIs, and Mirage-2000s, MiG-29s— yet the smaller Pakistan Air Force, which had fewer than 40 fighters in the air, deterred the IAFand destroyed its image. The result blindsided observers, airpower gurus and upended decades of thinking about air power in South Asia. Analysts now pointed to customary assumptions about regional deterrence and prompted governments to re-examine doctrines built on quantitative superiority alone. While there is a CG or ‘Schwerpunkt’, many credit the PAFs edge, to cognitive ingenuity versus raw mass.
By employing Colonel John Boyd’s OODA loop – Observe, Orient, Decide, Act – the PAF slipped inside IAF’s maneuver to take ‘shots of opportunity’.
That displacement denied Delhi the chance to exploit costly technologies, confirming the testimony that ‘speed of thought’ now often outweighs ‘speed of flight’ in modern air contests.
Unpacking the OODA Loop: PAF’s Cognitive Masterstroke
Boyd’s model, originally centered on dogfights, has matured into a general lens for rapid, adaptive warfare. Its ‘Orient’ phase–determined by culture, training, real-time data–proves decisive, to mislead an opponent’s outlook which forces slower, vulnerable ADM–Aeronautical Decision Making. Disrupting a rival’s comprehension through timely deception, unexpected man oeuvre, or sharper intelligence, the victor induces confusion which leads to error, strategic paralysis, and eventual defeat.
The PAF has evolved a doctrine rooted in network centricity of data-fusion and sensor-fusion rather than platforms.
Under Air Chief Marshal Zaheer Ahmad Babar Sidhu, it adopted an NCW approach linking every node. Pakistan’s Link-17 system facilitated fighters, AWACS, and ground units talk in real time. With shared SA – Situational Awareness, PAF compressed the decision cycle and acted quicker than its adversary. Training exercises such as the Shaheen series & Indus Shield replicated high-tempo, multi-domain battles.
Doctrinal Divide: The Stiff vs The Nimble
The Pakistan Air Force operated with speed, control, and teamwork across every domain. Its Total Spectrum Operations mixed air, space, cyber, and electronic warfare into a single, ever- shifting campaign. Link-17 put that plan in motion, giving commanders on the scene real-time authority to pass orders and reshape actions. Training stuck to mission-type orders and fast scenario drills, forcing crews to read the shared-picture and decide for themselves, when the unexpected hit.
By contrast, the IAF leaned on a strict chain of command and treated each platform as a separate piece in the puzzle. Even with 36 Rafale jets packed with Meteors that could fly well past 150 kilometres, the layered control loop slowed the whole rhythm. Limited to no data link matching Link-17 yet, pictures on the network still blurred vs. clarity. Cyber tools and electronic jammers sat on the sidelines vs. the frontline fight.
That stiff mentality left openings that PAF slipped through in a fast moving one hour, BVR fight. Thus, when the crisis struck, pre-planned IAF strikes hesitated as PAF switched gears fast.
The 2025 Conflict: A Chronology of Disruption
The conflict kicked off on May 6 when the IAF launched Operation Sindoor, sending more than seventy jets against suspected ‘militant camps’ in Pakistan-administered Kashmir. Within moments the Pakistan Air Force had switched its posture, moving from Defensive to Offensive Counter-Air Operations. In an unprecedented BVR salvo exchange, J-10Cs patrolling the PAF’s northern sector employed PL-15 missiles with estimated ranges exceeding two hundred kilometres, destroying six IAF platforms—including three Rafales and one each Su-30MKI, Mirage-2000, and MiG-29. Satellite imagery and Martin-Baker ejection-seat data later verified those losses.
On May 9 India countered with a saturating drone wave, dispatching over one hundred Heron- TP and Harop unmanned systems into Pakistani airspace. Pakistan neutralised more than ninety percent via a soft/hard kill combo through GPS spoofing, cyber intrusions, and short-range layered defences. At the same time PAF-orchestrated swarms entered Indian territory, forcing IAF to re-task frontline fighters for homeland protection. The following day New Delhi pushed the escalation ladder with cruise missiles, launching multiple BrahMos salvos against military and civilian nodes across Punjab and Sindh provinces. Islamabad replied with synchronised air and surface strikes, damaging fourteen Indian military installations and eliminating two S-400 batteries, arguably the theatre’s most advanced shield.
A ceasefire, brokered by Washington, Riyadh, Ankara, eventually came into force on May 10, halting the exchange.
Decrypting the Mind Game: Undermining IAF’s “Orientation”
PAF focused deliberately on IAF in its first minute ‘orientation’-scramble. EW units jammed radars and voice nets, cyber teams cracked command servers’ codes, and decoy drones cluttered displays with false blips. Link 17 then fused ISR feeds in real time, letting controller- pilot teams act autonomously on a clean, shared picture. IAFs centralized command structure combined with disconnected data feeds, created delays that allowed PAF to strike, withdraw, and regroup while Indian pilots still awaited orders. Loss of Rafale jets, gullible decoy drones, and aborted missions deepened the psychological toll on IAF crews, undermining unit confidence and operational cohesion. Such disruption did not happen overnight; it stemmed from years of careful doctrinal revision, aggressive training programs, and sustained investment in cognitive-warfare technology.
The Speed of Thought: PAF’s Tactical Agility
PAFs kill chain—Find, Fix, Track, Target, Engage, Assess (F2T2EA)—moved at fast-pace and with clinical accuracy across all domains. Link-17, AWACS, and ground-based radars fed a fused battlespace picture to every cockpit, so pilots received near-instant updates enabling synchronized BVR shots. On the night of 6-7 May for example, PAF formations targeted IAF over Punjab, the LoC, and Rajasthan in parallel. Though each sector was run independently, a central command cell linked the streams, forcing the IAF to fragment its sensors, weapons, and mental bandwidth. PAF training stressed Cognitive Flexibility and drilled fake ambiguous, mixed-threat scenarios, so that pilots learned to think, comprehend, and generate interdependent Judgement. By folding drones, EW, and cyber tools into one clear view, the PAF created an asymmetry that the IAF struggled to counter.
The Heavy Toll: IAF’s Strategic Paralysis and Moral Decay
IAF’s relative slower pace created a strategic ‘paralysis through analysis’. Centralized command procedures slowed field decisions, fragmented data connections and hampered shared SA.
PAF lived up to every word of the phrase ‘cognitive-speed is life’.
It evolved strategies along with high tempo ops that negated IAF high tech aircraft supposed advantage. ‘Narrative Discipline’ is one of the inaccurately under-rated tenets of the Boyd-Theory; forging of international perspective related to Indian operations faced majority of the brunt from PAF EW- cyber combo strikes. Diplomatically secluded, Mr. Jaishankar and Co. requested international mediators–USA, Saudi, etc–for a ceasefire which completely went against Indian political elite’s initial game plan of a quick, final victory, forced by Hindutva-dominated people-pressure.
Morale is crucial for any military arm; the IAF rank and file was forced to look down that rabbit hole due to debilitating multi-spectral operations by the PAF. Three Rafales – USD 200 million each – was a loss too much to bear.
Beyond the Physical: The Moral and Mental Dimensions of Warfare
Cognitive, physiological & ethical rings in airpower conflicts, as alluded to by Boyd, became pivotal in achieving legitimacy and cannot be overemphasized. All were catered for by PAF, with finesse.
Operational synergy synced with scenario-based exercises linked the moral and mental dimensions. International observers in the events, critically analysed the minimizing collateral, pin-point accuracy and strategic self-control as strong positives.
On the other side, the IAF, egged on by a jingoistic chest-thumping media, faced ethical and operational discord. ALCM SCALP impacts associated with killing non-combatants attracted infamy; not to mention the complete Pahalgam incident that still seeks authenticity. There are two sides to every coin, but in this case… the coin is fake! The Bollywood type plot simply doesn’t stand universal scrutiny. Sane international critics of Pakistan also tended to side with the PAF. Christine Fair or Praveen Sawhney, Karan Thapar and the likes have roasted IAF’s “doctrinal rigidity” as well as agreed to IAF attrition. Desktop assessments after the dust had settled, bent global narrative towards Islamabad due to overwhelming evidence.
The Faster Thinker Wins: A New Paradigm for Airpower
The ‘88-hour air war’ demonstrated that the PAF chose agility and adaptability over sheer volume of firepower. By steering its own Observe-Orient-Decide-Act cycle through a nimble doctrine, streaming data links, and disciplined practice, the PAF slipped inside its rival’s OODA loop, seized the initiative, and set the terms of the engagement.
The outcome proved that success goes to the side with adaptive cognition, who decides and acts first, not to the one with shinier hardware.
As airpower technology races ahead, tomorrow’s edge will belong to those who master cognitive-reasoning and core competency as deliberately as they field new systems.
