The art of war is undergoing a technological revolution in ...

The art of war is undergoing a technological revolution in Ukraine - Atlantic Council

Ukraine is currently at the epicenter of radical changes taking place in the way modern wars are fought. However, much of the world is still busy preparing for the wars of yesterday. European armies are only combat-ready on paper, while the invincibility of the United States military is based largely on past victories.

The current state of affairs is far from unprecedented. In early 1940, Polish officers tried to warn their French counterparts about Nazi Germany’s new blitzkrieg tactics but were ignored. France surrendered soon after. There is still time to adapt to the transformations that are now underway, but the clock is ticking.

One of the key lessons from the war in Ukraine is the evolving role of soldiers. People are now the most expensive, vulnerable, and difficult resource to replace on the battlefield. Meanwhile, many of the core weapons systems that dominated military doctrines in the late twentieth and early twenty-first centuries are becoming less relevant. Tanks, artillery, and other traditional systems are simply too expensive and are unsuited to the challenges created by newer technologies.

Unmanned systems of all kinds have emerged since 2022 as a fundamental element of modern military doctrine. This is radically changing everything from the structure of armies to the role of the individual soldier. Remotely controlled equipment no longer needs a large crew to support it, while individual models are becoming more compact and maneuverable. As a result, the power of unmanned weapons systems is increasing exponentially, while production is expanding to industrial scale and becoming significantly cheaper.

More and more soldiers now serve as unmanned systems operators. Those who remain in more traditional roles perform tasks such as special operations, guard duties, or logistical functions. The war being waged by Ukraine has demonstrated that the modern battlefield features a kill zone up to 25 miles deep and spanning the entire front line. This zone is controlled by drones that destroy any infantry or equipment. Combat operations are increasingly conducted by drone operators located deep in the rear or in underground bunkers.

In these conditions of drone dominance over the battlefield, any attempts to stage major breakthroughs are doomed to failure. Instead of tank columns and artillery duels, offensive operations require maximum dispersal of forces and the greatest possible camouflage. The main task of troops is to gradually shift the kill zone deeper into the enemy’s rear.

Success depends upon the ability to rapidly produce large quantities of inexpensive combat drones and continually update their control systems. Initial tactics involving single drones and individual targets are already becoming a thing of a past. Instead, operators can now use artificial intelligence to control entire fleets featuring large numbers of drones deployed simu