Swarms of Autonomous Systems– coexistence or chaos in challenging environments (SAS)
Too often, robots cannot be used in applications where they otherwise might make a real economic impact.

Swarms of Autonomous Systems– coexistence or chaos in challenging environments (SAS)
Little general knowledge exists about the challenges that the robotics industry faces when robotic swarm solutions are deployed. Too often, robots cannot be used in applications where they otherwise might make a real economic impact. Among the reasons is e.g. the interference of the onboard electro-mechanical elements with the sensing system to be deployed by the robot. Further, there is a risk that the scientific and technological developments might be blocked by current regulation on product safety (e.g. EMC- and Radio directives (EMCD and RED)) as well as functionalities might be corrupted by cross-interference or saturation of the communication channels having limited available data transfer. The problem is expected to increase if several robotic solutions are deployed as a swarm of autonomous systems collaborating to perform a common task.
Purpose / Vision
DTU and FORCE Technology endeavour to investigate both potentials and challenges of digitization using self-organized swarms or clusters of autonomous systems in this collaboration project. It is planned to investigate functional performance enhancements (resp. to single drones), electromagnetic co-existence in close proximity in challenging electrical environments, and environmental challenges from aggressive environments such as in e.g. hospitals, industry, agricultural applications and environmental monitoring. Subsequently, the results of the investigation is disseminated to members of Odense Robotics.
Expected results
The project will develop and verify the technological feasibility of this new type of technology in real world application i.e. the outcome is a demonstration TRL5 (Technology validated in relevant environment) which will serve as a proof-of-concept for application for national and international funding as well as to initiate business relations among the business partners participating in the project.
Project participants
Funding
The Ministry of Higher Education and Science has financed this project with 350.000 DKK.
Start and finish
The project will run from 1 December 2021 – 1 December 2022.
Contact
Do you want to get involved or hear more? Please contact:
Susanne Otto, Senior Specialist Product Compliance, Engineering, FORCE Technology
- Phone: +4524233660 @: [email protected]
Matteo FumagallI, Associate Professor, DTU
- Phone: +4593562236 @: [email protected]
Contact us to learn more
Curious to find out more about the project and how you can get involved? Get in touch with Ole.

Knowledge-based innovation and the Fehmarn Belt project