ҳ

16 April 2026

ҳ will host a new research centre that, in collaboration with Lund University and Örebro University, will develop technologies for autonomous swarms of drones. These technologies can be used, among other things, for rescue operations, environmental monitoring and the protection of critical infrastructure. Funding of SEK 60 million over six years is provided by the Swedish Foundation for Strategic Research (SSF).

Dorone flying over a body of water. Photographer: Thor Balkhed
It takes extensive research in order to get the drones working as one unit.

“This is a strategically important initiative for Östergötland, given the strong industries and actors based here, but it is also of major national interest,” says Fredrik Heintz, professor of computer science at Linköping University, who will lead the new research centre.

The centre will be called the Center for Heterogeneous Adaptive Swarm Systems, abbreviated CHASS. The aim is to develop autonomous swarm systems in which different types of drones operating in the air, on land and at sea can seamlessly collaborate as a single unit and carry out missions with minimal human intervention.

“All relevant applications involve significant human involvement. But the question is: what does that involvement encompass? You can imagine a mission being carried out in an environment where communication is not possible, which makes it very difficult to keep a human in the loop at all times. At the same time, it is still humans who assign the mission and define the boundaries for what the drones are allowed to do,” says Fredrik Heintz.

A man sitting on a chair in a room. Anna Nilsen
Professor Fredrik Heintz at the Department of Computer Science will lead the new centre.

Shorten development cycles

The idea is that the swarm systems will be able to configure themselves and continuously adapt to new situations using artificial intelligence. A key component will be the development of an operating system for swarms that can integrate different types of hardware platforms into a single, unified system.

The centre will also investigate sustainable drone manufacturing using modular, reusable components and 3D printing, as well as how humans and swarms can collaborate effectively and safely.

“All participating actors have different areas of expertise, and by working together over the long term on the integrated drone concept, we can achieve far more. We can see how important drones are, and development is moving rapidly, which makes it crucial to shorten development cycles and remain agile,” says Fredrik Heintz.

Broad collaboration

Linköping University is hosting the centre, which is run in collaboration with Lund University and Örebro University, together with three major industrial partners – Saab, Sectra Communications and BAE Systems Hägglunds. Smaller companies such as Irnova and Deep Forestry are also involved, as well as the Swedish Defence Research Agency, the Swedish Civil Contingencies Agency and the Swedish Civil Aviation Administration. Linköping Science Park will contribute its network of companies, start-ups and Defence Hub Sweden.

“This will hopefully lead to significant commercial applications. Our goal is to conduct both basic and applied research, ranging from how these types of platforms are designed to how they function as a single unit. By working together in swarms, drones can gain entirely new capabilities and carry out complex missions in challenging environments that were previously not possible.”

The research centre will launch in 2026 and is intended to lay the foundation for long-term national collaboration on autonomous swarm systems.

Read more on the .

Contact

Read more about drone research at LiU

Latest news from LiU

Woman at office.

Biogenic carbon dioxide could become a key resource as biogas expands

During the production and upgrading of biogas, carbon dioxide is released, a greenhouse gas that affects the climate. However, research at ҳ shows that this carbon dioxide has several uses and could become an important resource.

A man wearing glasses standing in front of a red wall.

Moral economy perspectives through history

When a crisis arises, a humanitarian urge to help others is often awakened. But what happens when emotions rule and knowledge is lacking? Norbert Götz, professor of modern history, has researched the conditions of humanitarian aid.

A couple of men standing next to each other in front of a blackboard.

Scientists mimic heart muscle cells with conductive plastic

For the first time, scientists have succeeded in artificially mimicking the ion signalling of heart muscle cells. To succeed, researchers at LiU have used organic electronics. The findings open up for new types of implants and sensors.