We are developing smart digital solutions for future-proofing sustainable societies and optimising the use of existing technology.
Trending within digitization
IIoT & Industry 4.0
Overcome the barrier and get started - find out how.
Hardware development and designing for smart products
Designers create a device that allows someone other than the pregnant mother to follow an unborn baby's movements.
Powering IoT sensors using ambient energy
Energy harvesting may solve the challenges concerning battery lifetime.
Vibrations power tomorrow's IoT devices
Energy harvesting from immediate surroundings may extend battery lifetime.
ASIC power management for self-powered IoT sensors
How do we avoid battery changing?
Get advice about how to get started with realising energy harvesting.
IdemoBits are a kit of electronic building blocks, that can be combined in endless ways.
Avoid loss of resources with wireless sensors. Remoni is scavenging energy from cables to power devices.
The Pacer - empowering COPD patients.
Research and development projects
Accelerating technology-driven business development
Cross-disciplinary design methods for product and business development within Servitization and Smart Things.
Advanced lifting equipment simulation
New simulation tools are to support design, testing and operator training for advanced lifting equipment.
Advanced real-time monitoring
End-to-end transparency in the supply chain will increase the international competitiveness of Danish businesses.
Automatic evaluation of complex sensor data
Adaption of AE-methods for composite materials, welds, and concrete structures.
Centre of Applied Photonics R&D
Establishement of a photonics knowledge centre to ensure the competitiveness of danish companies.
New solutions for smart infrastructure facility monitoring at the Fehmarn Belt.
Ecosystem for IoT development and testing in Denmark
A better ecosystem for IoT development will ensure that Danish businesses remain competitive.
Intelligent monitoring of function-critical steel structures (iMON)
Monitoring and transmitting of structural data, ensuring efficiency in the operation and maintenance of steel structures.
Metrological infrastructure for - Legal metrology
Adapting the legal metrology services must underpin a digital and sustainable society.
Digital technology and acoustic data is to support physical measurement of noise.
Product design using a virtual listening panel
Virtual listening panels designed to expand the opportunities within sound quality measurements
Product innovation with multiphysical digital twins
New business opportunities are being sought through the use of digital simulation tools.
New strategies and methods for self-monitoring of meters and measuring equipment.
Safe and efficient navigation
The improved hydrodynamic ship model will ensure precise simulation of manoeuvres.
Strategic service development for small- and medium-sized industrial businesses.