Academic Computer Centre CYFRONET AGH

Overview

The Academic Computer Centre CYFRONET AGH, often referred to simply as CYFRONET, is a prominent Polish institution dedicated to advancing scientific research and education through cutting-edge IT infrastructure and services. Established as part of the AGH University of Science and Technology in Krakow, CYFRONET plays a crucial role in the Polish and European research landscape by providing high-performance computing (HPC) resources, advanced network connectivity, and a wide array of specialized IT services. Its mission is to support scientific discovery, foster innovation, and facilitate collaboration among researchers across various disciplines.

Key Features

• High-Performance Computing (HPC) Infrastructure: CYFRONET operates one of the most powerful supercomputing clusters in Poland, offering substantial computational power for complex simulations, data analysis, and modeling. This includes access to modern hardware, specialized software, and expert support for users.
• National Research and Education Network (NREN) Operation: CYFRONET is the operator of the PIONIER network, Poland's national research and education network. PIONIER connects Polish universities and research institutions to each other and to international research networks, ensuring high-speed, reliable data transfer essential for collaborative research.
• Advanced Networking Services: Beyond PIONIER, CYFRONET provides sophisticated networking solutions, including secure connectivity, dedicated links, and access to international research infrastructures like GÉANT.
• Cloud Computing and Data Storage: The center offers scalable cloud computing resources and large-scale data storage solutions, enabling researchers to manage, process, and archive vast amounts of scientific data.
• Specialized Scientific Applications: CYFRONET supports the deployment and use of specialized software and platforms tailored for various scientific domains, such as bioinformatics, computational chemistry, physics, and climate modeling.
• Training and Support: The institution provides comprehensive training programs, workshops, and expert technical support to help researchers effectively utilize its advanced IT resources and services.

Typical Use Cases

• Scientific Research: Enabling complex simulations in fields like particle physics, astrophysics, climate science, materials science, and drug discovery.
• Big Data Analysis: Processing and analyzing massive datasets generated by experiments, sensors, and simulations in areas such as genomics, social sciences, and environmental monitoring.
• Collaborative Projects: Facilitating secure and high-speed data sharing and communication among research teams spread across different institutions and countries.
• Education and Training: Providing students and researchers with access to advanced computational tools and environments for learning and skill development.
• National Infrastructure Development: Contributing to the modernization and expansion of Poland's digital infrastructure for science and innovation.

Pricing & Hosting Model

CYFRONET primarily operates on a model funded by national and European research grants, government initiatives, and contributions from its affiliated academic institutions. Access to its core HPC and networking resources is typically provided free of charge to researchers affiliated with Polish universities and research institutes, provided their projects meet scientific merit criteria. For specific commercial or specialized services beyond the scope of publicly funded research, tailored agreements and pricing may apply. CYFRONET hosts its infrastructure within its own data centers, ensuring direct control over hardware, security, and performance.

Alternatives

While CYFRONET offers a unique combination of national NREN operation and large-scale HPC, researchers seeking similar capabilities might consider:

• Other European NRENs: Organizations like SURF (Netherlands), DFN (Germany), or GÉANT (pan-European) offer networking and sometimes computing services.
• Large-Scale HPC Centers: Major national or international supercomputing centers, such as those operated by PRACE (Partnership for Advanced Computing in Europe), or individual national labs (e.g., CSC in Finland, CSCS in Switzerland).
• Commercial Cloud Providers: Companies like Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform offer scalable computing and storage, though often with different pricing models and less specialized scientific support.
• University-Specific IT Departments: Some larger universities may have their own internal computing clusters, though typically not at the scale of CYFRONET's national resources.