Welcome to the virtual laboratory

VIKING unites a collection of modeling tools provided through a powerful user-friendly interface, giving you a unique tool for analysis and discovery on a nanoscale level. Experience VIKING in action through a guided tour and contact us to get access and try it yourself.

Latest News
19 Apr
Maintenance on the 24.04.
22 Mar
Maintenance on the 25.03.
13 Sep
System update and new features
26 Jul
VIKING now supports HLRN
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Software was nice and easy to use, logically set out and intuitive to use. Was fast and efficient, with nice display of the results. Easy to use even for a complete novice!

Zachary Glover, University of Southern Denmark

Explore the microscopic world
Experience the nanoscale wonders

Journey through the crowded environment of proteins, lipids and other biomolecules, or explore chemistry and physics at the nanoscale - let VIKING be your guide to great discoveries!

Explore the microscopic world
Computational microscope

Perfect for multiscale studies
Zoom In with the Computational Microscope

VIKING provides an easy access to a variety of tools for studying your biomedical problem of interest combining a wide range of scales, ranging from individual electronic spins to entire biological cells.

Nanoscale modeling made easy
Now everyone can do it

No longer do you have to bother with complicated input files or incompatible software packages - setup your simulations using the easy and intuitive interface and let VIKING handle the rest!

Nanoscale modeling made easy
VIKING links everything together

Based on widely used software
VIKING links everything together

We are continually implementing and improving support for the various software packages available for nanoscale modeling.

Speed up your work
Seamless supercomputer support

Utilize the full power of scientific computing at no extra inconvenience, due to integrated supercomputer support.

Supercomputers
Supercomputers

Collaborative effort
With great potential for industry and academia

While VIKING is developed in academia, it is greatly supported by the biomedical industry, striving to become a unique tool to both academic and industrial communities.