Auterion is bringing more onboard intelligence to military drones with Skynode S, a chip-based computer and flight control system designed for combat use. The company says the system can be integrated into different civilian and military vehicles, with early combat use already taking place in Ukraine.
The core idea is direct: put more guidance, vision and control capability inside the drone itself. That matters most when an operator loses the connection because of electronic interference, a problem Auterion says Skynode S is built to address.
What Skynode S does
Skynode S is a chip that can be built into drones and used to control them. It runs Auterion's software, which includes computer vision along with other drone functions.
For kamikaze drones, that onboard capability changes the last stage of a mission. Instead of depending only on a continuous connection to a human pilot, the drone can keep orienting toward a target after interference disrupts control.
In the example described by Auterion, a human operator can mark a tank, after which the drone can continue flying toward it even if the control link is lost. The same AI capabilities can also support more specific visual targeting, such as identifying a particular machine part in an oil refinery and attacking it.
Why Ukraine is central to the claim
Auterion says Skynode S has already proven itself in combat operations in Ukraine. According to Auterion CEO Dr. Lorenz Meier, AI-controlled drones using the system achieved a 100 percent hit rate in initial deployments in Ukraine.
That figure was compared with 20 to 40 percent for manually controlled drones that lose the connection to a human pilot because of electronic defense measures. Meier does not expect the 100 percent figure to stay that high. However, he expects the performance to remain significantly better than non-autonomous drones.
The claim is not only about flying after a signal is disrupted. It is also about making the final approach less dependent on manual control, using computer vision to stay aligned with an intended target.
Testing beyond smaller drones
The system has also been tested with larger Ukrainian drones similar to Russian Lancet and Iranian Shahed drones, Forbes reports. Meier said, "The testing proved that it can accurately hit targets," and added, "The system will field to the frontline in the next weeks."
That testing points to a broader role for Skynode S across different drone sizes and missions. Auterion describes the technology as cost-effective and says it can be integrated into both civilian and military vehicles.
The system is based on open-source software. According to Auterion, that makes it easier for developers to create new applications for it. Skynode S costs a mid-three-digit dollar amount, and in Ukraine the company offers it at a special "Ukraine Aid" price.
The boundary Auterion draws on autonomy
Meier frames Skynode S as automation after a human has selected the target, not as a system that chooses targets on its own. He compares the level of automation to guided missiles such as the American Javelin, where the operator specifies the target before the weapon aligns itself autonomously.
In military jargon, that kind of weapon is described as "fire and forget." The distinction matters because Auterion is presenting Skynode S as a way to improve reliability and resistance to interference, while still keeping target selection with a human operator.
Meier said, "I would have se rious concerns about any thing more autonomous," and added, "But there is still a lot more than can be done without allowing drones to autonomously pick targets."
According to Meier, Skynode S could also soon be used in air combat to autonomously intercept and destroy drones. That would extend the same basic idea from attack missions to drone-on-drone defense: onboard AI and flight control helping a system complete a task after a target has been designated.
What Auterion wants to build around it
Auterion is a US company and a provider of operating systems for drones. The company is based in Arlington, Virginia, with research locations in Zurich and Germany.
Its stated goal is to support democracies in self-defense with its products. With Skynode S, that goal is being tied to a specific battlefield problem: drones that lose their operator link because of electronic countermeasures.
The product's significance comes from the combination of low-cost hardware, open-source software, computer vision and combat deployment. Auterion is arguing that military drones can become more reliable without crossing into fully autonomous target selection. The practical test of that claim is now tied to how Skynode S performs as it moves closer to frontline use.