Brought in for civilian use, Starlink is now integral to Ukraine’s war effort
Russia’s latest attempts to jam Starlink are about more than disrupting an internet service. They reflect a larger shift in the Ukraine war. Over the
Russia’s latest attempts to jam Starlink are about more than disrupting an internet service. They reflect a larger shift in the Ukraine war. Over the last three years, Starlink has become deeply embedded in how Ukraine fights. It sits behind drone operations, battlefield communications, and command networks that stretch across hundreds of kilometres of the front. That is why Russia is now trying to interfere with it. When Russian forces launched their full-scale invasion in February 2022, one of the first casualties was Ukraine’s communications network. Mobile towers were damaged, fibre-optic lines were cut, and internet services became unreliable in many parts of the country. A cyberattack on the Viasat satellite network, carried out around the start of the invasion, only added to the disruption. Ukraine needed a communications system that could survive the war. Within days, Digital Transformation Minister Mykhailo Fedorov appealed publicly to Elon Musk for Starlink terminals. SpaceX responded by activating the service in Ukraine and shipping the first terminals. They were initially used to restore connectivity for government offices, hospitals, and emergency responders. At that stage, Starlink was solving a civilian problem.
Civilian-military use The military found uses for it almost immediately. Russian missile strikes repeatedly knocked down telecom infrastructure. Units moving along different parts of the front struggled to stay connected. Starlink offered something conventional networks could not. As long as a terminal had power and a clear view of the sky, it could remain online even when nearby communications infrastructure had been destroyed. By the second half of 2022, Starlink terminals had become common behind Ukrainian positions. Drone crews carried them. Command posts depended on them. Logistics units moving ammunition and supplies used them as well. It was not planned that way in the beginning. The network simply kept finding new roles as the war evolved. Military technology’s environmental impact: A bird’s nest made of fibre-optic cable That process has continued ever since. The most clear example is Ukraine’s expanding use of drones. In the early months of the invasion, drones were largely used to watch Russian troop movements and adjust artillery fire. They still do that, but the scale has changed. Ukraine now deploys thousands of drones every month. Small first-person-view drones attack trenches, armoured vehicles, and infantry positions.
Larger drones strike fuel depots, ammunition dumps, and command centres well behind the front. Maritime drones have pushed much of Russia’s Black Sea Fleet away from Crimea. Long-range drones are increasingly reaching military targets inside Russia. The drones are only one part of the story. Every operation begins with information. A reconnaissance drone identifies a target. A video of the target is sent to a command post. Coordinates are verified and passed to an artillery battery or another drone team. Another drone may remain overhead to assess the strike or direct follow-up fire. That exchange of information happens constantly across the front. It has to be fast. A target that is visible now may disappear a few minutes later. Information flow Starlink has become one of the systems keeping that flow of information moving. Ukraine does not rely on Starlink alone. Military radios, encrypted communications systems, and, increasingly, fibre-optic drones all have their role in this. But Starlink connects many of those layers. It allows commanders, drone operators, and frontline units to share information even in areas where conventional communications have broken down. Its role extends well beyond combat units.
The BriefWire