On the night of May 7, 2025, the Indian Air Force executed a military operation that lasted exactly 23 minutes. In that time, it struck nine targets across Pakistan and Pakistan-occupied Kashmir with precision munitions, satellite-guided weapons, and loitering drones. The Indian Air Force bypassed and jammed Pakistan’s Chinese-supplied air defence systems, completing the mission in just 23 minutes, demonstrating India’s technological edge. Within 48 hours, satellite imagery was available. Satellite imagery from Maxar, KawaSpace, and MizarVision, captured on May 10-11, provided visual evidence of the strikes’ impact. At Shahbaz Air Base in Jacobabad, before-and-after images showed a hangar on the main apron reduced to rubble, with minor damage to the air traffic control building suspected. Similarly, craters on runways at Sargodha, Rahim Yar Khan, and Nur Khan, along with damaged air defence radars at Pasrur, Chunian, and Arifwala, confirmed the precision and scale of India’s attacks.
Twenty-Three Minutes, Satellite Proof, and What It Means
That satellite imagery is the story. Not because it shows damage. Because it shows accountability. Every bomb, every target, every crater can be verified by commercial satellite imagery that the entire world can see. India did not just strike. India documented. Pakistan’s response was different. Pakistan used drones and shelling to target religious sites. The Shambhu Temple in Jammu, the Gurdwara in Poonch, and Christian convents were attacked. These were not random strikes. They were part of a plan to break India’s unity. According to India, Pakistani cross-border artillery shelling and small arms firing increased following the Indian attacks, including in the regions of Poonch, Rajouri, Kupwara, Baramulla, Uri and Akhnoor. Pakistani shelling of Poonch town and its vicinity killed at least 11 people and damaged an Islamic school along with numerous homes. Heavy artillery shells. Indiscriminate. Untracked. Unverifiable. That difference is not small. It is the difference between two technology paradigms.
Intelligence Fusion vs. Long-Range Shelling: The Technology Gap
India’s strikes were preceded by a level of intelligence integration that is still rare in military operations. National Technical Research Organisation utilised commercial satellite networks such as Maxar and Indian spy drones to monitor compound activity. Intelligence Bureau tracked internal movement and Kashmir-based networks. National Technical Research Organisation intercepted encrypted militant communications related to Pahalgam attackers. Military Intelligence and Defence Intelligence Agency performed target feasibility and viability analysis for precision strike missions. The entire operation was coordinated through an integrated intelligence system. An integrated threats dashboard was put in place under the National Security Council with synchronization of daily intelligence by RAW, NTRO, DIA, and IB. Real-time geospatial information and drone imagery were shared with Air Force and Army commanders. NSA Doval is said to have personally led strike briefings with the PM, CDS, RAW, and the chiefs of the services. This is a technology stack. Signals intelligence, image intelligence, drone surveillance, satellite data, communication interception, all feeding into a single decision-making node. The IAF struck not from the gut. It struck from a computer screen showing real-time feeds of multiple intelligence types, all converging on the same targets.
Pakistan’s response was technological generations behind. Pakistani shelling resulted in 16 civilian deaths, including three women and five children. These were unprovoked mortar and heavy-calibre artillery fire into civilian areas. Heavy guns pointed at civilian territory. No satellite imagery of the impact. No verification possible. Indiscriminate by design. The non-linear consequence is what matters. A 23-minute precision operation generates accountability through satellite imagery. A week of artillery shelling generates casualty counts but no clear targets, no verifiable damage assessment, and a narrative that looks like military dysfunction rather than strategic restraint. Pakistan hit harder. It hit less effectively. The technology made both facts visible.
Indigenous Precision vs. Imported Indiscrimination
Platforms such as the BrahMos missile, Akash air defence system, and SkyStriker drones were utilised, showcasing the effectiveness of India’s self-reliance push in defence manufacturing. These were not American systems. Not Russian. Not borrowed. Indigenous, or co-developed, or built in India. SkyStriker (Alpha Design Technologies/Adani Group), co-developed with Israel’s Elbit Systems, made its combat debut during Operation Sindoor. Capable of carrying a 5-10 kg warhead over a 100 km range, it executed precision strikes on terror infrastructure with minimal collateral damage. Nagastra-1 (Solar Industries), an indigenous loitering munition, carrying a 1.5 kg explosive payload over a 15 km range, was confirmed by Solar Industries’ leadership to have been used in Operation Sindoor. JM-1 (Johnnette Technologies), a 100 percent Indian-designed kamikaze drone, made its combat debut during Operation Sindoor, becoming the first fully indigenous loitering munition to strike Pakistani targets. India did not just use precision weapons. It tested indigenous precision weapons in combat. That is a technology feedback loop. The weapons worked, so more money flows to the companies that built them. More money means more R&D. More R&D means better systems. The cycle runs.
Pakistan, by contrast, relies on imports. Official sources estimate that 20 percent of PAF infrastructure was destroyed, including runways, hangars, command centers, and several fighter aircraft, such as JF-17 Thunders, F-16 Fighting Falcons, and possibly a Saab 2000 Erieye AWACS. These are purchased systems. The JF-17 is designed in Pakistan but lacks indigenous avionics. The F-16 is American. The AWACS is Swedish. When Pakistan loses these, it loses the ability to buy them back without permission from other countries. India loses SkyStrikers and can immediately start building more. The economic feedback loop matters over time. An indiscriminate strategy born from the inability to do precision strikes looks like military doctrine. It is actually technological desperation.
Satellite Imagery as a Weapon Against Disinformation
Pakistan claimed that Indian strikes targeted civilian areas, including mosques, killing 31 Pakistani civilians. It is a claim that generates immediate diplomatic blowback. International condemnation. Questions about Indian precision. But the satellite imagery exists. Satellite imagery from Maxar, KawaSpace, and MizarVision confirmed the precision and scale of India’s attacks. The before-and-after images show what was hit, how precisely, and where the collateral damage was. Commercial satellite companies, operating out of the United States and other countries, have no incentive to lie for India. The imagery speaks for itself. This is a new form of technology-enabled accountability that did not exist five years ago. Pakistan can claim whatever it wants. But within 48 hours, satellite imagery will either confirm or refute the claim. The technology compresses the disinformation cycle. Lies do not survive the next pass of a commercial satellite. Satellite imagery showed logistical convoys coming into Bahawalpur indicating continued training activity. Not just of the strikes themselves, but of what was inside the targets. The training camps were real. The missiles hit them. The satellite imagery proves it. This is an asymmetry Pakistan has no answer to. It can purchase propaganda expertise. It can amplify false claims on social media. But it cannot make satellite imagery disappear. The technology of transparency has changed what lying costs.
Why Nuclear Weapons Become Less Deterrent When Technology Runs Out
From a first principles perspective, Pakistan’s traditional strategy was to rely on nuclear weapons to prevent any Indian conventional retaliation. The theory was simple: India cannot afford to escalate because Pakistan could escalate all the way to nuclear war. Operation Sindoor broke that leverage point. Pakistan also attempted to engage in nuclear blackmail to ward off any further Indian conventional escalation. The importance of Operation Sindoor lies not only in its military dynamics but also in establishing a new normal in India’s counter-terrorism response. Operation Sindoor showcased that no terrorist facility across the border and the Line of Control is off-limits for its military. India demonstrated, clearly and publicly, that it would strike despite nuclear weapons sitting across the border. The nuclear deterrent lost its practical power because India had the precision technology to hit what it wanted without triggering escalation spirals. The leverage point was not the nuclear weapon. It was the ability to be so precise, so calibrated, so clearly distinguished from a military attack on the Pakistani state, that the nuclear escalation ladder never activates. Indian forces deliberately refrained from targeting Pakistani military installations or civilian areas, focusing solely on terror infrastructure. Pakistan then faced a choice: escalate to military targets and risk full war, or accept the loss and retaliate indiscriminately against civilian targets to punish India politically. It chose the second. That choice destroyed the nuclear leverage because now Pakistan looked not like a rational nuclear power with a deterrent. It looked like a country using indiscriminate artillery as a substitute for precision strike capability it did not have.
The Drone War and What It Revealed
Operation Sindoor was the deepest and most extensive military campaign executed by India since the 1971 India-Pakistan war. No less important was the role of Indian air defences in repelling Pakistani hostile drone activity and missile strikes. This was the first major drone battle between two nuclear-armed nations. It was considered the worst shelling attack of the ongoing armed conflict in over 50 years, and the heaviest shelling attack since the Indo-Pakistani war of 1971. But the drones on both sides told different stories. India deployed loitering munitions with precision targeting. Pakistan deployed drones as indiscriminate tools. Wave of UAVs and small drones intruded into Indian civilian and military areas. These drones were successfully intercepted. India’s air defence systems, layered and coordinated, shot them down. The technology was not just better. It was fundamentally different in purpose. Indian drones were meant to find targets, identify them, and destroy them with precision. Pakistani drones were swarms with the goal of overwhelming defences through volume, not accuracy. The emerging technology asymmetry here is profound. As drone warfare becomes more central to future conflicts, the countries that have invested in precision loitering munitions and indigenous drone ecosystems will have a structural advantage over those that treat drones as improvised terror weapons.
The Final Asymmetry: Accountability Through Technology
At the end of Operation Sindoor, there is a fundamental asymmetry that cannot be bridged by nuclear weapons or conventional hardware or military bravado. India can show satellite imagery of every target. Every strike. Every crater. Every piece of evidence that the operation was precisely calibrated to hit only terror infrastructure. Pakistan can claim whatever it wants. But the satellite imagery exists. The world can verify. The technology has made accountability inescapable. Pakistan’s indiscriminate response is visible in the same way. The shelled temples. The dead civilians. The damaged schools. The same satellites that show India’s precision show Pakistan’s indifference. The technology cuts both ways. It just reveals more than either side wanted. India has understood that the future of military operations is not in who has more weapons. It is in who can be most credibly seen to be using them precisely. That requires indigenous technology, integrated intelligence, real-time decision-making, and the courage to let satellite imagery verify every claim. Pakistan has not yet understood this shift. It is still operating in the age of plausible deniability and propaganda. That age is ending. The satellites will not stop looking. The technology will not forget. And the world can verify. Operation Sindoor was not just a military operation. It was a technology demonstration of what accountability looks like in an age of ubiquitous satellite imagery and indigenous precision systems.
Bio-
Sudhanshu Kumar is a Subject Matter Expert at CENJOWS (Centre for Joint Warfare Studies), HQ (IDS), Ministry of Defence, New Delhi. He specialises in AI geopolitics and cyberwarfare. He is also a Visiting Research Fellow at MGIMO, Moscow.