National projects

The main objective of the project is to convert cultural resources and unique national heritage assets into digital content and to openly share this content with a wide audience via the platforms of the Jagiellonian Library.

The aim of the project is to support the digitalization and automation of repetitive official activities in Poland through the pilot implementation of Polish Large Language Models (LLMs) into public administration systems.

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The project will design, build and implement: infrastructure, services and applications for the storage and collection of scientific and business-related data, as well as their processing and analysis. This data wil be made available effectively and with compliant with good practices and requirements and regulations - for the needs of the scientific community and the economy.

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The subject of the project is to build a modern cloud infrastructure enabling the implementation of research and development works conducted in accordance with the Open Science paradigm.

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The project concerns the activities of the EPOS TCS AH consortium partners within EPOS ERIC (European Plate Observing System), of which Poland is a member. EPOS is a research infrastructure integration program that serves multidisciplinary research on processes occurring in the Earth's crust.

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The aim of the project is the participation of the Polish Virgo Project Consortium in the use and expansion of the Virgo gravitational wave detector, which is part of the global network of gravitational wave detectors in Europe (Virgo, GEO600), the USA (LIGO) and Japan (KAGRA).

The aim of the project was to increase the use of R&D infrastructure and internationalization of the activities of scientific units by supporting the costs of maintaining R&D infrastructure built or rebuilt thanks to the implementation of projects under the 2nd priority of the Innovative Economy Operational Programme, by means of which R&D works can be carried out and research services can be provided for external entities.

The project aimed to build a specialised general-purpose infrastructure for large-scale computing, enabling the undertaking of research challenges in key areas from the point of view of Polish society, the scientific community and the economy. The project was the Polish stage of development of the EuroHPC program. Cyfronet was the project coordinator and the leader of the Consortium.

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The project aimed to develop and provide production services for storing, accessing, securing data and managing metadata, as well as integrating solutions for processing large and complex data volumes on the basis of a distributed e-infrastructure.

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The TCS AH (Thematic Core Services Anthropogenic Hazard) project, a thematic node for anthropogenic threats concerns the activity of the partners of the EPOS TCS AH consortium under EPOS ERIC (European Plate Observing System), of which Poland is a member.

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The main goal of the project was to build and made available platforms for scientific units, entrepreneurs and other entities interested in conducting scientific research and development works based on a new, nationwide research infrastructure.

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The direct goal of the PRACE-LAB2 project was to create a specialised e-infrastructure for data processing, enabling the optimal use of specialised and new generation services to stimulate new areas of application in science, economy, education and social life

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As part of the project, the functionalities of the EPOS-PL research infrastructure were increased with a new Research Infrastructure Center (Center for Research Infrastructure of Satellite Data - CIBDS)

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The goal of the project was to create computing infrastructure services and data storage services for the purposes of the PRACE project, within six dedicated laboratories

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The project aimed at building the national research infrastructure for solid Earth Science and its integration with international databases and services implemented under the European Plate Observing System (EPOS).

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The main objective of the project was digitization, preparation of descriptions of digitized data and the final publication of digitalisers on the PAUart platform.

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The main objective of the project was to provide satellite data coming from the Sentinel satellites of the Copernicus network.

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Gliomas are incurable despite progress in surgery, radiotherapy and chemotherapy. Specific diagnosis of the type of glioma, early detection of molecular progression, characterization of critical mutations or epigenetic characteristics in individual patient give hope to improve treatment results.

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Development of the specialized technological competence center in the field of distributed computing infrastructures, with particular emphasis on grid technologies, cloud computing, and the infrastructures supporting calculations on large data sets.

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The project aimed at integration of new groups of researchers from the next 14 disciplines with the PL-Grid national computing infrastructure. Thanks to deployment of new domain grids, research teams from these areas were able to faster obtain results of their caluclations and to better integrate with the national computing infrastructure for science.

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Integration of selected services available in the PIONIER network, and development of the new services

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Construction of a digital space for IS research, providing to the European scientific community access to advanced research infrastructure.

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The objective of the project was to build a modern, scientific, new generation optical network for the scientific community.

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PLGrid Plus project supported, by means of IT, Polish research teams in conducting research and also enables extensive collaboration among these teams, as well as international cooperation in the area of e-Science.

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The project aimed to construct a new facility for realization of the ACK Cyfronet AGH tasks, in particular, to share computational power.

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The POWIEW project provided world-class High Performance Computing (HPC) systems for Polish Science, enabling research at previously unavailable scales.

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The aim of the project was to develop a functional model and a prototype of a new, advanced system of secure storage and sharing of data, and storage of backups and archives.

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The project aimed to create a comprehensive system that included among others IT platform and several subsystems.

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The PLATON project envisaged the creation and launch of five services running on the basis of the PIONIER network.

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The aim of the project was the development of 21 environmental science data communication networks to provide the scientific institutions across the country with access to a modern and secure network infrastructure.

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Within the PL-Grid project the Polish Grid Infrastructure (NGI) has been built to provide the Polish scientific community with an IT platform based on computer clusters, enabling research in various domains of e-Science.

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The aim of the project was to increase the computing power of ACC Cyfronet AGH in Kraków – to provide the scientific community computing power increased by at least 20 TFlops

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Implementation of the project was to enable sharing on the Internet the interactive offer on a national scale.

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The basis for the construction of PIONIER network was the program titled "PIONIER: Polish Optical Internet – Advanced Applications, Services and Technologies for the Information Society."

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The project dealt with the construction of the National Linux Cluster CLUSTERIX
(a new generation distributed PC cluster).

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The project aim was to develop the concept and implementation of modern, broadband services of remote sharing of costly laboratory equipment, backup data center for Institute of Meteorology and Water Management in Poland and remote data visualization service. These services were to be based on a nationwide environment for large-scale computing and advanced visualization.

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The project was aimed at the use of modern IT and communication technologies to improve the daily functions performed by medical institutions.

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The aim of the project was to create an environment which would enable outsourcing of computations performed by a cluster of SUN computers. The project was a joint venture of Polish research institutes and SUN Microsystems.

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