In a new series of test footage, drone software company Auterion has shown how multiple drones attack a target together — not one, not two, but a coordinated drone swarm that operates as a smart unit. The short video, shared by Auterion CEO Lorenz Meier, shows several FPV quadcopters reaching and attacking an inflatable tank used as a practice target in quick succession. What at first looks like a spectacular flying show is actually a technological turning point — and possibly a harbinger of what warfare will look like in the future.
From individual drones to smart swarms
Until now, most drones in conflict zones such as Ukraine have still been flown manually by operators who control each drone separately. This works — but it is slow, inefficient and vulnerable to interference or enemy countermeasures. Dealing with a single drone already takes effort for anti-drone systems; imagine what happens when six drones come at you at once, all guided by artificial intelligence instead of a human pilot.
Auterion’s test footage is not just a stunt. It shows how a swarm of drones — connected through a shared AI system — can work together to find, prioritise and attack a target without each drone needing to be controlled separately. This technology runs on a platform called Nemyx, which works on top of Auterion’s own AuterionOS software and combines drone functions such as navigation, communication and target identification.
What makes this technology different?
Many drone platforms are designed as independent machines: one pilot, one drone. Auterion changes that concept by seeing drones as participants in a network, a bit like a team of robots carrying out one shared task. By using AI and mesh networks, drones in a swarm can share information, avoid conflicts and adjust their route in real time — which is not easy, certainly not in a hostile environment with electronic interference.
What makes it even more impressive is that this technology does not depend on one type of drone or manufacturer. As long as a drone is compatible with AuterionOS and has the Skynode hardware, it can be part of the swarm, which greatly increases scalability. Different types of drones can therefore be deployed at the same time and work together.
Auterion’s role in real conflicts
Auterion is not a garage startup — the company is growing fast and works on a large scale with international partners and military programmes. For example, Auterion has a multi-million-dollar contract with the Pentagon to supply 33,000 AI-guided “strike kits” to Ukraine. These modules can turn ordinary quadcopters into autonomous hunter and reconnaissance drones, helping the Ukrainian armed forces counter massive Russian drone attacks.
In addition, Auterion has raised around $130 million in investment in recent months to further accelerate the development of AI-driven defence drones. These funds help the company prepare its AuterionOS and Nemyx platform for broader global use.
Auterion is also working with Taiwan’s main defence research organisation to integrate autonomous systems into air, land and maritime drones, which shows that this technology is relevant not only militarily but also geopolitically.
What lies ahead?
We are at the start of a new era in which autonomous systems play a crucial role in military operations and will also work together. Some analysts even predict that in the future a single soldier, supported by AI, will be able to deploy hundreds of drones at once to form strategies we can hardly imagine today. We see that a war like the one in Ukraine is accelerating this innovation. It may well be closer than we think.
Auterion’s demonstration is not just technology news; it is a glimpse into the near future of warfare. As the world develops this technology further, questions about ethics, control and safety will become ever more important. But one thing is certain: the way drones fight is changing — and it starts with swarms of smart, cooperating machines.
