ENCCS - Industry - Public Administration

Are you a company/organisation that wants produce products and services more efficiently?

Multiple companies are in need of extreme computing power that is not possible with regular desktop computers, or laptops. High-performance computers (HPC) are capable of running by using simultaneously thousands of CPUs and hundreds of GPUs, as well as extremely large memory and storage.

Analyse Data

Run Simulations

A.I.

Develop a product

Want to get 100x more CPU/GPU power?

Get up to a year access to European high-performance computers to develop, test, or run your code for free!

Do you need compute capacity for your Jupyter hub solutions, or for data analysis? Perhaps you use simulations in engineering or life science or any other domain? Check your needs below!

Unsure? We can help you!

Just contact us

EuroHPC JU Extreme Access

For getting a large amount of compute time (12 to 24 month access)

CPU Hours: ≈ 80 million
GPU hours: ≈ 55 million

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EuroHPC JU Regular Access

For getting a large amount of compute time (12 month access)

CPU Hours: ≈ 20 million
GPU hours: ≈ 2 million

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EuroHPC JU Development Access

For developing your solution or software (6-12 month access)

CPU Hours: 2 560 000
GPU hours: 384 000

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EuroHPC JU Benchmark Access

For benchmarking and small tests (3-month access)

CPU Hours: 896 000
GPU hours: 128 000

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How do you go about applying?

In this video we explain how a company, public authority or researcher can apply for access to EuroHPC JU supercomputers.

Need more tailored help?

Get supercomputer access

Highlights

There are already successful examples of companies getting access to EU resources through the EuroHPC JU infrastructure with the help of ENCCS experts.

SMHI Accesses LUMI Supercomputer to Digitize Tabular Data!

SMHI is awarded 10.000 GPU node hours on LUMI […]

SLB-analys Analyse Air Pollution Flow Using MeluXina Supercomputer

Stockholms luft- och bulleranalys (SLB-analys) is a unit at […]

AI and Global Development Lab at LiU Gains Access to Karolina

Researchers led by Adel Daoud from AI and Global […]

Nilar Automates Battery Inspection Using AI Vision

Swedish battery manufacturer Nilar AB accessed EuroHPC JU supercomputer […]

ERCO Pharma AB Accesses VEGA for the Second Time!

ERCO Pharma accesses VEGA supercomputer through the EuroHPC JU […]

National Library of Sweden Accesses MeluXina!

The Natioal Library of Sweden (Kungliga Bibliotek, KB) accesses […]

Göteborg Universitet Accesses Karolina

The NLU team at AI Sweden has gained access to VEGA to experiment with a Swedish GPT model.

AI Sweden Accesses VEGA for a Second Time

The NLU team at AI Sweden has gained access to VEGA to experiment with a Swedish GPT model.

Swedish National Archives Gain Access to VEGA

With assistance from ENCCS, the Swedish National Archives (Riksarkivet) successfully applied for access to the EuroHPC supercomputer Vega hosted by IZUM in Slovenia

Compular AB Accesses Karolina Supercomputer

Compular has successfully applied for access to EuroHPC JU supercomputer Karolina!

Computational design for quantum technologies

Associate Professor Biplab Sanyal from the physics department of Uppsala University has gained access to Karolina supercomputer

ERCO Pharma AB Accesses VEGA

We are pleased to announce that ERCO Pharma AB has successfully applied

Why does the Royal Library of Sweden need HPC? [Video]

RISE NLU Group will train English BERT model using multiple GPUs on the EuroHPC JU system Vega.

RISE Accesses VEGA

RISE NLU Group will train English BERT model using multiple GPUs on the EuroHPC JU system Vega.

Icarus Simulations AB Accesses EuroHPC JU system Vega

In the project, Icarus aims to focus on development for industrial and commercial applications in the aviation, marine and, automotive industry.

Successful application of Compular to the FF4EuroHPC program

Compular develops cutting-edge analysis tools for molecular dynamics simulations. The awarded project will fund a computational experiment in partnership with Stiftelsen Chalmers Industriteknik, Enerpoly, and ENCCS.

Traffic Flow and Deep Neural Networks

Modelling traffic flow on a specific part of the E4S using deep neural networks. The results give a hint at the most appropriate models for such modeling.

Thermo-Calc Software AB to access VEGA

The project leverages the power of HPC and first-principles-based calculations to accelerate the development of CALPHAD thermodynamic and kinetic databases that bring the feasibility of alloys-by-design to reality.

Vinnova to Use Vega EuroHPC JU System

With the awarded HPC time on the Vega EuroHPC JU petascale system within EuroHPC JU development call, Vinnova intends to further develop this AI tool for analysis of new types of government agency documents and enhance it with new features.

Drug Research and HPC. Moroxite AB & Forcelab AB Access VEGA System

Moroxite develops targeted drug delivery strategies for breakthrough therapies. Forcelab provides in silico insight into the drug development pipeline. The access to VEGA will help the companies advance their in silico drug discovery program and accelerate the testing of drug delivery methodologies.

National Library of Sweden Has Now Access to VEGA

The National Library of Sweden has been awarded development access to the Vega EuroHPC JU system for the development of speech-to-text transformation software.

EnginZyme Successful Application

Cell-free synthetic biology helps to harness the power of nature’s catalysts, enzymes. This gives a unique insight to address many challenges facing the chemical industry in the 21st century, both by accelerating the industry’s transition to sustainability and by innovating solutions for other industries through novel chemical products.

Northvolt to Be the First Industrial Actor to Access a EuroHPC System

In partnership with ENCCS, Northvolt will investigate the use of classical and reactive molecular dynamics and quantum chemical simulations to devise bottom-up design strategies for improved batteries.

Creo Dynamics Successful Application

Study of high-pressure hydrogen (H2). The overall aim of the project is to derive a best practice recommendation for transient Computational Fluid Dynamics (CFD) simulations of H2 high pressurized tanks.

Voxo AB and ENCCS awarded SHAPE to build Swedish text-to-speech capabilities using state-of-the-art HPC GPUs

Development of Swedish language speech-synthesis model. It will be a key component of a conversational assistant capable of providing information in real time in response to spoken natural-language questions.

HPC for industry

Use of large supercomputing systems are often mistakenly intertwined with academic research. However, calls for industrial access to European supercomputers are periodically open for applications several times per year. Most supercomputer systems reserve a large portion of their capacity for small/medium enterprises and large businesses.

The team at ENCCS is guiding you through the application process as well as giving expertise on how to efficiently use such systems.

By using High Performance Computing a company is able to:

Innovate services and products and compete with tech giants by having access to high-end European supercomputers
Cut or eliminate costs
Form an ambitious business plan or optimize the production line by easily analyzing huge amounts of data using deep learning and A.I.
Train employees on HPC methods for free to use any current HPC system (EuroHPC JU, Amazon, Google, etc). Visit our events page for more.

HPC for Public Administration

Public administration has been digitalizing its services for the past decades, producing enormous amounts of data in the process. Proper analysis of such data can be crucial in optimising vital processes for the operation of the state. Large computer systems, such as multi-GPU systems, give the ability to become more advanced in such routines.

ENCCS is guiding and helping with the paperwork and the smooth use of such computer systems as well as with the secure handling of the data

By using multi-GPU/multi-CPU systems public authorities are able to:

Analyze extremely large amounts of data by using the latest and most efficient methods
Run complicated simulations (e.g. Covid-19 spread)