Auterion has conducted a live-fire demonstration of a combat drone swarm at a US military range in Florida, showcasing one-to-many lethal strike capabilities using small, expendable unmanned systems.
During the demonstration, the operator controlled three autonomous strike drones simultaneously, each armed with Explosively Formed Penetrator warheads supplied by Kraken Kinetics.
The drones engaged and destroyed three separate targets, demonstrating a one-to-many operator-to-target capability.
The system relies on Auterion’s Skynode hardware and Nemyx swarm engine software.
While the operator assigns mission objectives, the software autonomously handles navigation, formation control, deconfliction, and terminal guidance.
This allows a single operator to control multiple drones at once, enabling small units to engage targets that previously would have required air support, artillery, or larger formations.
“Autonomous mass isn’t about flying more drones,” said Lorenz Meier, Founder and CEO of Auterion.
“It’s about collapsing the kill chain until decision-to-impact happens faster than the enemy can react. We have demonstrated that we can give American warfighters the edge.”
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Auterion is working to make autonomous systems more capable and able to operate in coordinated missions.
The latest test followed an earlier demonstration by Auterion in which unmanned aircraft from multiple manufacturers were brought under a single operating system.
Conducted last month, the test combined eight short-range first-person view loitering munitions with two medium-range fixed-wing drones in a coordinated formation.
The systems executed a full find-fix-finish sequence, locating targets, confirming and tracking them, and ultimately conducting the strike under human supervision.
In October 2025, Auterion also finalized the Artemis long-range strike drone under a US Defense Innovation Unit program.
The system is equipped with the Skynode N mission computer, a visual navigation system that allows operation in degraded or denied satellite navigation environments, and a terminal guidance system that enables visual target acquisition for precise impact.
