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CYFRONET

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CYFRONET
NameCYFRONET
Native nameAkademickie Centrum Komputerowe
Established1990
TypeResearch Infrastructure
LocationKraków, Poland

CYFRONET is an academic computing center based in Kraków that provides high-performance computing services, data management, and information technology support to scientific communities. It serves research groups across physics, chemistry, bioinformatics, astronomy, and engineering by operating supercomputing clusters, data repositories, and networked storage. The center contributes to national e-infrastructure, regional development, and international consortia supporting computational science and digital preservation.

History

CYFRONET evolved from computing initiatives tied to Polish universities and research institutes in the late 20th century, engaging with institutions such as Jagiellonian University, AGH University of Science and Technology, Polish Academy of Sciences, Institute of Nuclear Physics PAS, and University of Warsaw. It expanded its capabilities in response to European initiatives like European Grid Infrastructure, PRACE, and Horizon 2020, interoperating with projects involving CESNET, GÉANT, Deutsches Elektronen-Synchrotron, Fédération de recherche (France), and SURFnet. Over time the center integrated services related to archiving, cloud computing, and distributed computing clusters similar to systems at National Supercomputing Centre Switzerland, CINES, and Jülich Supercomputing Centre. Milestones align with funding rounds from European Commission programmes, national science agencies, and partnerships with technology vendors like IBM, Dell Technologies, Intel, and NVIDIA.

Organization and Governance

The center operates within a framework involving academic stakeholders such as Jagiellonian University Medical College, Cracow University of Technology, Maria Curie-Skłodowska University, Poznań University of Technology, and national research bodies including National Science Centre (Poland) and Ministry of Science and Higher Education (Poland). Governance models reflect consortium arrangements seen in entities like CERN, European Space Agency, EUMETSAT, and Copernicus Programme, coupling advisory boards with technical committees akin to practices at EMBL, ESRF, and Max Planck Society institutes. Executive decisions coordinate procurement, data policy, and user access with compliance to frameworks such as GDPR and interoperability standards promoted by W3C, Open Grid Forum, and ISO consortia.

Infrastructure and Facilities

The center hosts high-performance computing clusters, parallel filesystems, and archival storage interoperable with platforms used by European XFEL, Large Hadron Collider, ALMA Observatory, VLT, and Square Kilometre Array pathfinder projects. Networking connects to backbone providers like GÉANT and regional research networks comparable to PIONIER, CESNET, SURFnet, and DFN. Hardware and software stacks incorporate technologies from Intel Xeon, AMD EPYC, NVIDIA Tesla, Mellanox Technologies, Dell EMC Isilon, and open-source projects such as OpenStack, Slurm Workload Manager, Hadoop, and Kubernetes. Facilities include data centers with climate control and power systems following standards endorsed by Uptime Institute and practices used at European Data Relay System ground stations. The center also maintains secure authentication and authorization infrastructures compatible with eduGAIN, Shibboleth, and identity federations used by IHEP, CINECA, and PRACE partners.

Research Areas and Projects

Research supported covers computational physics, materials science, bioinformatics, computational chemistry, climate modelling, and digital humanities, aligned with projects like ITER simulations, CERN analysis workflows, Human Genome Project-era bioinformatics pipelines, and IPCC-scale climate ensemble studies. Project collaborations include participation in initiatives similar to ELIXIR, MaRINET, EOSC, and Blue Brain Project methodologies, while enabling workflows for research groups contributing to journals such as Nature, Science, Physical Review Letters, and Bioinformatics. The center facilitates software development practices reflected in GitHub-hosted projects, continuous integration patterns from Jenkins, and containerization strategies inspired by Docker and Singularity adoption in computational science communities.

Collaborations and Partnerships

Partnerships extend to European research infrastructures including PRACE, European Grid Infrastructure, ELIXIR, and regional networks such as PIONIER, CESNET, GARR, and SANET. Industrial and vendor collaborations mirror relationships with Intel, NVIDIA, Dell Technologies, HPE, and cloud providers like Amazon Web Services, Google Cloud, and Microsoft Azure for hybrid deployments. Academic consortia involve Jagiellonian University, AGH University of Science and Technology, Cracow University of Technology, University of Warsaw, and cross-border collaborations with groups at Max Planck Institute, CNRS, CNR, and University of Cambridge. The center participates in standards and policy forums alongside W3C, Open Grid Forum, RDA, and IEEE working groups.

Education, Training, and Outreach

Training programs include courses on high-performance computing, parallel programming, data stewardship, and reproducible research, modeled after curricula from ELIXIR Training, PRACE Training Centre initiatives, and summer schools like ISC High Performance and SC Conference workshops. Outreach targets students and researchers from institutions such as Jagiellonian University, AGH University of Science and Technology, Maria Curie-Skłodowska University, and Poznań University of Technology, while collaborating with national initiatives like Polish Academy of Sciences outreach and European programmes such as Horizon Europe dissemination activities. Public engagement leverages conferences, seminars, and webinars in partnership with societies like Polish Mathematical Society, Polish Physical Society, and Polish Chemical Society.

Category:Research institutes in Poland