GenomeDK is a high-performance computing infrastructure for research and other compute-intensive work. We provide computing power, storage, and support to researchers, students, public institutions, and small and medium-sized companies.
All wrapped up in an ISO 27001-certified, mature, and flexible platform located in Aarhus, Denmark.
Request accountOrganize and control access to your data in project folders, to help you reach GDPR compliance.
We take information security seriously. GenomeDK is ISO 27001 certified with yearly ISAE 3000 declarations.
We provide up-to-date documentation, friendly support, and workshops so that you can get the help you need and concentrate on the science.
Use Conda or Pixi to install and manage the software you need, or build it from scratch. It's up to you!
With the GenomeDK Desktop, you can access your code and data right from your browser. Analyze your data interactively in e.g. RStudio or MATLAB, with dedicated resources for your session.
Large research projects with strict data control requirements can request a closed zone to be able to control data leaving the zone.
The past year has been another fun and eventful year at GenomeDK. With our latest investments in CPU and GPU capacity, GenomeDK is now more powerful than ever.
We now support 1100+ users from all over Denmark (and indeed, other countries too), and as you can read below, we’re soon to welcome even more researchers in the future.
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We are happy to announce that the Faculty of Technical Sciences (TECH) at Aarhus University has joined the GenomeDK collaboration.
GenomeDK is a collaboration between the Faculty of Natural Sciences (NAT), the Faculty of Health Sciences (HEALTH), the Central Denmark Region (RM) – and now also TECH. By joining the collaboration, TECH becomes an active partner in GenomeDK and will help influence its strategic direction going forward.
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We’re expanding our compute capacity in Q2 2026 with a significant new hardware investment, strengthening support for both traditional HPC workloads, GPU-heavy simulations, and advanced AI-driven research in all areas of science.
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