Imagine trying to solve a puzzle where the pieces are scattered across 25 different countries. This project builds a shared set of rules and tools so scientists can analyze biological data wherever it lives without moving massive files. It's like creating a universal plug and socket for biological data and software across Europe.
Life science data is fragmented across different national centers, making large-scale analysis slow and expensive. Additionally, biological software often lacks energy efficiency and standardized reproducibility.
A toolkit for reproducible and green software, a handbook for national Nodes, and a recognition framework for research assets.
If you are a drug discovery firm dealing with fragmented genomic data across different European sites — this project developed a toolkit for reproducible and green software that allows you to perform large-scale analysis without moving data. This reduces compute costs and ensures results are consistent across borders.
If you are a bioinformatics software provider dealing with high energy costs and inefficient code — this project developed greening strategies and indicators. This helps you optimize your software for energy efficiency and align with European open science standards.
If you are a biodiversity monitoring agency dealing with massive datasets spread across national borders — this project developed a federated data visit system. This allows you to analyze biodiversity data in situ across the European Research Area.
Based on available project data, the project focuses on open science practices and the creation of a toolkit for the European Research Area; specific commercial pricing is not mentioned.
Yes, the project aims to enable large-scale, cross-border analysis and has held 6 Innovation and Industry Group meetings to align scientific priorities for industrial use.
The project emphasizes open science practices and the deposit of materials in open access repositories, suggesting a preference for open licensing.
It integrates via national ELIXIR Nodes and provides a toolkit for software and workflows to be embedded across the European Research Area.
The project period runs from 2024-02-01 to 2027-01-31.
The consortium is heavily academic and research-oriented, consisting of 39 partners from 25 countries, with 19 universities and 16 research organizations. There is currently a 0% industry ratio, meaning the project is driven by public research infrastructure (ELIXIR) rather than commercial entities, though it is actively attempting to engage industry through dedicated workshops.
Contact the European Molecular Biology Laboratory (EMBL) in Germany.
Contact us to find a partner for implementing these open science toolkits in your R&D pipeline.
