National Academic Infrastructure for Supercomputing in Sweden (NAISS)

NAISS, the National Academic Infrastructure for Supercomputing in Sweden, is providing researchers with high-performance computing (HPC) resources, storage capacity, and data services.

NAISS is by far the largest and most widely used research infrastructure in Sweden, with more than 7,600 users at some 30 universities and research institutes in 2023. We offer a qualified and decentralised support in cooperation with other universities to help users get maximum output from our resources.

NAISS is currently in the process of procuring a new supercomputer, Arrhenius, which will be installed in Linköping. It is projected to be up and running in 2025. This is a major investment that will significantly boost the Swedish HPC capacity and make Sweden a full member of EuroHPC, a joint initiative between European countries and private partners that aims to put Europe at the forefront of supercomputing.

NAISS is hosted by Linköping University. We are mainly funded by the Swedish Research Council, but also by our 12 partner universities. Our budget for 2023 was SEK 150 million.

Management

News

Lots of cables connected to a computer.

Sweden to host European AI Factory

Sweden has been selected to host one of seven European AI Factories that will strengthen the EU’s competitiveness in the field. The AI Factory combines a state-of-the-art AI-optimised supercomputer with support for education, research and innovation.

Portrait (Erik Lindahl).

New director for Sweden’s supercomputer infrastructure

Professor Erik Lindahl will be the new director of the National Academic Infrastructure for Supercomputing in Sweden (NAISS) – the most widely used research infrastructure in the country.

A group of people sitting around a conference table

AI and interdisciplinarity go hand in hand

LiU has gained a strong position in artificial intelligence. In August, the government’s AI Commission visited Campus Valla to listen to researchers and acquaint themselves with supercomputers.

More information about NAISS