The Impact of Advanced Technologies in Modern Warfare

Key Insight

The battle for Ukraine's capital, Kyiv, in February 2022, showcased how innovative technological deployment could challenge a conventional military offensive. A Russian column, 40 kilometers long, comprising trucks, tanks, and heavy artillery, advanced towards the city, presenting a scale of ground offensive unseen in Europe since World War II. Despite being vastly outmatched on paper, a Ukrainian unit called Aerorozvidka, consisting of approximately thirty soldiers equipped with night vision goggles, utilized quad bikes to navigate forests. They dismounted near the column's head and deployed jerry-rigged drones armed with small explosives, successfully disabling a handful of lead vehicles. These disabled vehicles then blocked the central road, exacerbated by muddy, impassable surrounding fields, causing the entire column to halt amid freezing weather and faltering supply lines.

This small unit further crippled the Russian advance by using similar drone tactics to destroy a critical supply base, thereby cutting off the army's access to fuel and food. Aerorozvidka, an improvised militia of volunteer drone hobbyists, software engineers, management consultants, and soldiers, designed, built, and modified their own drones, often using crowdsourced and crowdfunded equipment. Beyond these initial efforts, advanced technologies were integral to the broader Ukrainian resistance. SpaceX's Starlink provided crucial satellite internet connectivity. A group of 1000 non-military programmers and computer scientists formed 'Delta,' leveraging advanced AI and robotics for the army, employing machine learning to identify targets, monitor Russian tactics, and propose strategies.

During the war's early stages, when ammunition was scarce and accuracy vital for survival, Delta's machine learning systems were critical for spotting camouflaged targets and guiding munitions. A precision missile in a conventional military context costs hundreds of thousands of dollars, whereas a similar capability, battle-tested in Ukraine using AI, consumer-grade drones, custom software, and 3D printed parts, cost around 15000. The United States also supplied hundreds of Switchblade loitering munitions, which are drones designed to wait for optimal strike moments. While international partners provided just under €100 billion of conventional military aid, this conflict highlighted how rapidly a relatively untrained fighting force could arm itself using affordable consumer-market technologies, demonstrating a pronounced asymmetric potential that closes the gap with larger aggressors and ensures such cost- and tactical-advantageous technologies will inevitably proliferate.