A Soldier, a Mechanic, and the Cold Arithmetic of …
By General Ghulam Mustafa (Served in different staff and command assignments, commanded a Corps, raised and commanded Army Strategic Force Command)
&
Engineer Arshad H Abbasi, Co-founder, Energy Excellence Centres at NUST and Engineering University Peshawar, International Transboundary Water Expert
We are not screenwriters, and this is not the plot of some Hollywood picture about killer robots. We write this together as two men who came to the same conclusion from two different directions — one of us a soldier who has stood post and commanded troops, the other a mechanic and engineer who has spent his life with his hands inside machines, the kind who can tell you what’s wrong with an engine by the sound it makes before it ever fails. Between us, we have spent the last two years doing the same thing every serious military professional on earth has been doing: watching. Watching Russia and Ukraine grind through the third year of a war that has quietly buried the twentieth century. Watching the United States and Israel fight Iran through the spring and summer of 2026 in a conflict that opened with a strike on a supreme leader and closed, for now, with tankers stacked outside a blockaded Strait of Hormuz. We have not been watching for drama. We have been watching for the future, because the future is what these two wars have been showing us, in plain daylight, for anyone willing to look.
In these two wars, our role has not been that of commentators cheering for one flag or another. It has been closer to that of historians standing over wreckage — the unglamorous, unsleeping work of the crash investigator rather than the war correspondent. Every video of an intercepted missile over the Gulf, every geolocated frame of a naval drone striking a Russian hull, every leaked spec sheet of a downed quadcopter over the Black Sea or a jammed loitering munition over the Iranian coast, has to be logged, timestamped, and cross-checked against the next one. That is what wreckage analysis actually is: not excitement, but discipline — recording what a piece of equipment was asked to do, and what it actually did, until the pattern becomes undeniable. Two years of that discipline, applied to two very different wars fought six thousand kilometres apart, keeps returning the same verdict.
Here is what we have seen. The age of the tank column, the massed infantry advance, the fighter squadron duel, and even the aircraft carrier as the ultimate expression of national power — that age is closing. Not because these machines have become useless overnight, but because a battlefield now watched by satellites, saturated with cheap sensors, and swarmed by thousands of low-cost drones has no room left for anything large, slow, or expensive to hide in. Ukraine, a country with no serious blue-water navy, used naval drones costing a fraction of a warship to cripple roughly 40 percent of Russia’s Black Sea Fleet and force the rest to retreat from Crimea’s shores. In the Iran war, American carrier strike groups sat further offshore than doctrine once assumed necessary, and the campaign’s real damage was done by long-range strike, electronic warfare, and a naval blockade — not by tank divisions crossing a border, because there was no border to cross. The lesson repeats itself in both theatres: mass a large, valuable, human-crewed asset in the open, and you have built an expensive target. The war has moved to the phone in a soldier’s hand and the joystick on a folding table a hundred kilometres from the front.
That is the second thing the two of us keep coming back to, and we believe it is right: future wars will be fought on mobile phones, controlling drones and robots. A robotic aircraft or ground vehicle can turn harder, dive faster, and sit still for longer than any pilot or driver, because it carries no pulse, no fear, no fatigue, and no family waiting at home. It needs no food. It needs no rest. It bleeds nothing when it dies except budget. Robots are already taking on the jobs that used to cost human lives — clearing minefields, hauling ammunition across exposed ground, flying reconnaissance into airspace too dangerous for a manned cockpit, making split-second targeting decisions with artificial intelligence faster than any human crew ever could. Armed drones and robotic ground vehicles now engage targets without risking a single pilot or driver. And because production, not stockpiling, decides who wins a prolonged war, the country that can build the most machines the fastest — not the country with the largest inherited arsenal — will hold the advantage. That is why the truest weapon in this new age is not a missile or a jet. It is the strength of a nation’s economy: its factories, its chip supply, its ability to iterate a drone design in weeks instead of years.
Nowhere is this arithmetic more urgent than on the roof of the world, along the disputed frontier between India and China. China is not merely testing drones there; it is one of the most important production engines in the world for both, and it has been pouring resources into robotic ground systems, sensors, and autonomous platforms specifically postured along the Line of Actual Control, at altitudes where a human soldier struggles simply to breathe, let alone fight. Every one of those machines can be commanded from a warm room in Beijing, thousands of kilometres from the mountain. It needs no oxygen tent, no field ration, no medical evacuation. It can occupy a ridge and simply wait there, indefinitely, with a precision no human sentry can match, and it costs Beijing nothing but electricity and silicon when it is destroyed.
Against that, India fields one of the largest land armies on the planet — an active strength of roughly 1.25 million soldiers, organized into seven operational commands and fourteen corps of holding and strike formations, built on a tradition of sacrifice, discipline, and sheer human courage that has held some of the most unforgiving terrain on earth. But courage was built for a battlefield that had an opposing human being on the other end of it. What happens when the enemy on the ridge is not a person who can be reasoned with, worn down, or made to retreat out of exhaustion, but a machine that simply does not tire? India’s soldiers will offer their blood, as they always have. China’s robots will offer their chips — and chips, unlike blood, can be replaced by the next production run.
And here is the contrast that should trouble every planner in Delhi and every parent in a Punjab or Ladakh village alike, should the standoff on that frontier ever turn hot. When an Indian soldier falls on the Line of Actual Control, the Indian Army does what armies with a soul have always done: it wraps him in the national flag, marches him home behind a bugler, folds that flag into his mother’s or his widow’s hands, and inscribes his name where his village can visit it for the rest of time. That is a military funeral — solemn, human, and costly in every sense that matters. When a Chinese robot is destroyed on the same ridge, there is no bugle and no flag. There is, at most, a retrieval team sent up in the next supply window to strip the wreckage for salvage or simply leave it as scrap, because a machine has no name to inscribe and no family waiting for a folded flag. Beijing will not mourn a drone. It will order the next one off the production line before the mountain wind has finished scattering the debris of the last.
That asymmetry runs deeper than sentiment. A Chinese robotic sentry on the Himalayan frontier can, in principle, operate 24 hours a day, seven days a week, through the entire winter, without a single one of the needs that govern a human soldier’s life on that mountain. It needs no ration resupply, no field kitchen, no rest rotation, no medical evacuation for altitude sickness or frostbite. It needs no washroom, no shelter tent, no rotation home to see a family. It needs no specialised high-altitude snow gear, no oxygen support, no acclimatisation period before it can function at 15,000 feet — because it feels neither the cold nor the thin air at all. Every one of those needs is, for the Indian soldier holding the same ridge, a matter of life and death, logistics, and enormous expense. For the machine, none of it exists. That is the arithmetic India’s planners must confront honestly: not whether Indian soldiers have the courage to hold the line, because history has already answered that question many times over, but whether it is fair to ask flesh and blood to keep matching an adversary that no longer sends flesh and blood to the fight at all.
This is not a call to despair, and it is certainly not a script for a film. It is a mechanic’s plain diagnosis and a soldier’s plain warning: the nature of the fight has changed, and the side slower to industrialize its response will pay for that delay in the coin that never gets cheaper — the lives of its own people. While we hold profound respect for the Indian Army’s unwavering dedication over the Chinese border, a stark technological divide separates the two forces: India continues to rely on traditional personnel and conventional warfare, whereas China has deployed precision-engineered military robotics capable of striking critical vulnerabilities—including a soldier’s target head—with absolute, lethal accuracy, regardless of helmet type on their head.
