SciTransfer
EOSC-Life · Project

Europe-Wide Cloud Platform Letting Companies Access and Reuse Life-Science Data

digitalTestedTRL 6Thin data (2/5)

Imagine 13 of Europe's biggest biology and medical research libraries all kept their data in different formats, behind different locked doors. EOSC-Life built a shared cloud space where all that data can be found, accessed, and combined — like a single search engine for European life-science results. They also created tools so researchers and companies can run complex analyses across multiple datasets without downloading anything. The goal is that anyone doing biology or medical research can plug into this continent-scale data cloud instead of starting from scratch.

By the numbers
13
Biological and Medical research infrastructures connected
70
consortium partners
16
countries represented
46
total deliverables produced
2
SMEs in the consortium
The business problem

What needed solving

Life-science companies waste enormous time and resources trying to find, access, and combine biological research data that is scattered across dozens of European institutions, each with different formats, access rules, and systems. For companies working with human health data, GDPR compliance adds another layer of complexity that most cannot navigate alone.

The solution

What was built

The project delivered a cloud-based Tools Collaboratory that runs cross-infrastructure workflows, a comprehensive workflow registry for publishing and sharing analysis pipelines, cloud implementations of workflows selected by research communities, and FAIRassist software for data compliance checking — 46 deliverables in total.

Audience

Who needs this

Pharma and biotech companies doing multi-source biological data analysisContract research organizations (CROs) needing access to European research datasetsHealth data analytics firms building AI models on clinical and biological dataAgricultural biotech companies running cross-disciplinary genomics workflowsResearch-intensive SMEs that cannot afford to build their own data infrastructure
Business applications

Who can put this to work

Pharmaceutical & Biotech
enterprise
Target: Drug discovery companies and CROs needing access to diverse biological datasets

If you are a pharma or biotech company struggling to find and combine biological research data scattered across 13 different European research infrastructures — this project built a cloud-based Tools Collaboratory and workflow registry that lets you search, access, and run analyses across all of them in one place. Instead of negotiating access with each institution separately, you get federated login and FAIR-compliant data ready for computational analysis.

Health Data Analytics
any
Target: Companies building AI/ML models on clinical or biological data

If you are a health data analytics firm dealing with GDPR restrictions when trying to use human research data — this project specifically addressed data policies for human research data under GDPR and built interoperable provenance tracking. Their FAIRassist software helps you verify that datasets meet findability, accessibility, and reuse standards before you invest in building models on them.

Agricultural Biotechnology
mid-size
Target: AgTech companies doing genomics or molecular biology research

If you are an agricultural biotech company that needs to run cross-disciplinary workflows combining genomics, proteomics, and environmental data — this project created cloud implementations of workflows that cross research infrastructure boundaries. With 70 partners across 16 countries contributing data and tools, the platform gives you access to biological datasets and analysis pipelines that would take years to assemble independently.

Frequently asked

Quick answers

What would it cost my company to access this platform?

The project was publicly funded as a Research and Innovation Action, and the EOSC (European Open Science Cloud) is designed for open access. Based on available project data, the tools and workflows were developed for open use through the EOSC ecosystem. Specific commercial licensing terms would need to be discussed with the coordinator.

Can this handle the volume of data our company works with?

The platform was built to handle continent-scale biological and medical data from 13 major European research infrastructures, with 70 partners across 16 countries contributing. The cloud-based architecture was specifically designed because managing and integrating life-science data volumes is beyond the capabilities of most individual institutes.

Who owns the intellectual property for the tools developed?

EOSC-Life was funded as a Research and Innovation Action (RIA), which typically means results are owned by the consortium partners who created them. The project philosophy is open science — tools like the workflow registry and FAIRassist software were designed for open sharing. Specific IP arrangements for commercial use would need to be clarified with the European Molecular Biology Laboratory as coordinator.

How does this handle GDPR when working with human health data?

The project explicitly addressed data policies needed for human research data under GDPR. They built interoperable provenance information that describes the full history of samples and data to ensure reproducibility and adherence to regulatory requirements. Federated user access controls transnational resource access and authorization.

Is this still operational after the project ended in August 2023?

The project ran from March 2019 to August 2023 and delivered 46 deliverables including working software and cloud infrastructure. The tools and platforms were built within the broader EOSC ecosystem, which continues to operate. Based on available project data, the workflow registry and Tools Collaboratory were designed for sustained use beyond the project lifetime.

Can we integrate this with our existing research data systems?

The project was specifically built around FAIR principles and published standards like EDMI for data integration. The federated authentication system (AAI) enables transnational access, and workflows were designed to cross discipline and research infrastructure boundaries. This architecture supports integration with existing institutional repositories.

Consortium

Who built it

This is a massive research-heavy consortium: 70 partners across 16 countries, dominated by 34 research organizations and 30 universities. The near-absence of industry (just 1 industrial partner, 1% ratio, and only 2 SMEs) tells you this was built by scientists for scientists. The coordinator is the European Molecular Biology Laboratory in Germany — one of Europe's most prestigious life-science institutions. For a business looking to use these tools, expect excellent scientific rigor but you will likely need to invest in adapting the outputs for commercial workflows. The breadth across 16 countries is a strength for pan-European data access.

How to reach the team

European Molecular Biology Laboratory (EMBL), Germany — search for EOSC-Life project lead at EMBL

Next steps

Talk to the team behind this work.

Want to explore how EOSC-Life's cloud data platform could accelerate your R&D pipeline? SciTransfer can arrange an introduction to the right people in the consortium.