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NFFA-EUROPE: Information and Data Management Repository Platform for nanoscience in Europe

NFFA-EUROPE aims to establish the Information and Data Management Repository Platform for nanoscience, facilitating standardized data access and worldwide discovery. Collaboration with EUDAT will integrate advanced data services, ensuring data identity, sharing, discovery, and storage for future community benefits. The IDRP will support data reuse policies and intellectual property management, contributing to sustainable research practices.

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NFFA-EUROPE: Information and Data Management Repository Platform for nanoscience in Europe

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  1. Stefano Cozzini JRA3 leader CNR-IOMItaly Stefano.cozzini@iom.cnr.it NFFA-EUROPE: Information and Data Management Repository Platform for nanoscience in Europe LOGO of your Pilot – organisation / initiative

  2. NFFA-EUROPE JRA3 GOAL: setup an IDRP for the project

  3. NFFA-EUROPE IDRP Challenges • Challenges • A nanoscience community (“Bottom-up”) effort to identify/define data needs and metadata standards for nanoscience • make the NFFA data management e-infrastructures to fit with global implementation and settings of emerging data management e-infrastructures • Can we survive without ? • LACK of NFFA data management e-infrastructures will hinder TNA activities and full exploitation of the distributed facility

  4. IDRP role and pros Advantanges For TNA and users: • Standardized data access to all facilities (portal: easy-to-use) • Data is worldwide discoverable and accessible • Data from various facilities can be aggregated • Data is publishable for open access Advantages for NFFA-Europe: • Meets recommendations from e-IRG • Meets recommendations from RDA • Impact to EC and other infrastructure initiatives

  5. Why EUDAT? • Cooperation with EUDAT is obvious and natural choice. • Key point: Integrate already available data services within NFFA-EUROPE IDRP rather than developing them from scratch • Examples so far identified: • Provide data with clear identity via EUDAT services to offer the data identifiers functionality out-of-the-box • Support sharing of long tail experimental data (via B2SHARE) • Provide easy and flexible discovery of data in a central location (via B2FIND) • Explore opportunities for scalable and trusted storage and replication of raw experimental data (via B2SAFE) • These services to be integrated into the NFFA-EUROPE IDRP

  6. The expected future impact • Nano-science community shares needs and tools with other community so NFFA-IDRP could be beneficial for many of them. • A major innovation potential: • Develop a sensible data access and data reuse policy for the NFFA-EUROPE. • IDRP that supports common cases for intellectual property management like giving academic and innovation credits to researchers who collect and process experimental • Sustainable supply of persistent data identifiers should support this common business case of data reuse and intellectual property management.

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