Center for Heterogeneous Adaptive Swarm Systems - CHASS

The vision is to fundamentally transform how swarms are designed, manufactured, assembled, deployed and operated

Drones are currently being used in everything from emergency services and agriculture to monitoring critical infrastructure. But a single drone has limited capabilities. Instead, imagine a swarm of drones working together as a unit – they can search large areas, monitor wildfires, deliver supplies in times of disaster, or protect critical facilities. That is the vision of CHASS, the Center for Heterogeneous Adaptive Swarm Systems.

CHASS brings together Sweden’s leading expertise from Linköping, Lund and Örebro universities in AI, autonomous systems, computer vision, communication, control, aeronautics, material science, manufacturing engineering, human-AI teamning and AI governance, with strategic industrial and societal partners.

With CHASS we establish an internationally leading research center

The center is paired with an innovation ecosystem that accelerates the transition from single-drone operations to truly intelligent, adaptive, sustainable and trustworthy swarm systems of strategic importance to Sweden.

To maximize impact beyond academia, CHASS is committed to releasing core technologies as open-source software. An integration program validates research through increasingly complex demonstrations at established Swedish test sites. We aim to establish Swedish leadership in this emerging field and enabling broad adaptation across research and industry.

CHASS initially focuses on:

  • Develop a SwarmOS enabling hardware-agnostic operations with autonomous coordination and decision-making.
  • Create sustainable, modular drone platforms with distributed manufacturing
  • Advance human-swarm interaction for effective collaborations
  • Address ethical, legal and societal implications.​

The CHASS funding of 60 million SEK comes from the Swedish Foundation for Strategic Research SSF.

Chass is hosted

by Linköping University

Expected impact

Scientific Impact

Significantly advance the state of the art in heterogenous adaptive drone swarms

Industrial Impact

Develop a national drone swarm innovation ecosystem to rapidly progress research to industrial benefit through tight collaboration with key partners

Societal Impact

A strong national drone swarm community with key stakeholders and national agencies reinforcing safety and security through research, competence development and collaboration

Together we will fundamentally transform how swarms are designed, manufactured, assembled, deployed, and operated.

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