US AI gives 50,000 Ukrainian drones autonomous targeting

In mid-July, the Ukrainian military began receiving Shrike drones manufactured by the Ukrainian company SkyFall, equipped with AI-powered autonomy hardware and software developed by Auterion, a US company. The partnership will deliver 50,000 drones equipped with Auterion's Skynode S strike kits in the coming months, funded by a $100 million contract backed by an officially unnamed European country; Reuters reported the backer as Germany, and Auterion's Munich-based team is fulfilling the order.

The Shrike drones, which have cost as little as $400 unmodified, have already struck many Russian military targets since the 2022 invasion—including armored tanks, electronic warfare systems, artillery, and rocket launchers. They have also reportedly destroyed two Russian Mi-28 helicopters, each worth approximately $19 million. With Auterion's strike kit, which raises the unit cost to about $2,000, operators can manually fly the drones into a battlefield area, designate a moving target up to half a mile away, and then "flip the switch to turn it into fire-and-forget terminal guidance mode," according to Lorenz Meier, Auterion's co-founder and CEO. Operators can still abort a strike or retarget as long as they have radio contact, but the drone will autonomously track and strike targets even if the connection is severed by buildings, terrain, or enemy jamming—a crucial advantage given widespread GPS jamming on modern battlefields.

The system relies solely on visual information from the drone's onboard camera, eliminating GPS dependence. Training to operate the drones takes just 60 seconds, as operators need only move controls up and down to steer toward a target and then select it on screen. This simplification could allow Ukraine to deploy more drones with fewer trained operators. Auterion has also demonstrated a swarm capability using its Nemyx autonomy system: in a live-fire combat exercise at Camp Blanding in Florida, a single drone pilot commanded three autonomous strike drones to attack three separate targets. The system allows drones to autonomously prioritize higher-value targets and adjust in real time as targets are destroyed, preventing wasted munitions on already-struck objectives. However, Auterion has not provided a timeframe for when swarm capability will be enabled via software updates to the Shrike strike kits.

Meier emphasized that Auterion believes humans should remain in the target-selection loop, even as he acknowledged that adversaries may eventually force warfare between autonomous systems. He also praised Ukraine's innovation system—which he studied during eight visits to the country—for its rapid iteration cycle informed by battlefield experience. Ukrainian forces accept initial failures and improve through numerous iterations, and they evaluate weapon performance through hit rates and military value, feeding results back into development. This contrasts with the US military's scheduled selection process, which offers less flexibility for iterative improvement. Auterion separately committed to delivering 33,000 drone strike kits to Ukraine in July 2025 under a $50 million Pentagon contract, signaling US military confidence in the technology. Looking forward, Meier described Auterion's long-term ambition as creating a software ecosystem enabling applications across many drone types from different manufacturers—a vision drawing from his experience with open-source drone software and hardware standards.