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Updated 13/06/2025
Deliverable

D5.2 Interoperable access policies: analysis and recommendations

Lead partner: FZJ

This deliverable:

  • Contains an analysis of access policies of 20 European e-Infrastructures in the areas of High-Performance Computing, High-Throughput Computing, Cloud Computing, and Data, which are open for use by European scientists
  • Comparation and contrasts them with the requirements of European research communities with a focus on the High-Energy Physics and Radio Astronomy fields and the use cases described in SPECTRUM Deliverable D5.1 (Representative use cases: analysis and alignment)
  • Contains recommendations for the future evolution of the access policies to meet the current and future needs of European researchers
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Background and Relevance

Deliverable D5.2 offers a detailed assessment of current access policies in European HPC, HTC, cloud, and data e-
Infrastructures. This work is essential for disciplines like radio astronomy and high-energy physics, where secure,
efficient, and remote access to computational resources is critical to processing vast amounts of real-time data. The
document also cross-references these systems with use cases identified in Deliverable D5.1

 

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Project Recommendations

SPECTRUM D5.2 provides a clear comparative analysis and actionable recommendations to move toward policy
interoperability. Key recommendations include:

  • Adopt long-term, flexible resource allocation processes.
  • Enable e-Infrastructure-wide use of resource allocations and quotas.
  • Extend scheduling/orchestration to support interactive compute use cases.
  • Introduce high-level general and domain-specific user interfaces.
  • Introduce common AAI services across European e-Infrastructures.
  • Ensure Reliable and Unattended execution of long-running workflows.
  • Provision efficient standard, low-level SW interfaces.
  • Establish feedback/improvement/planning loops for research communities and e-Infrastructures.

The deliverable will serve as one of the inputs to the second phase of SPECTRUM (months 16-30) and eventually for the SRIDA and Technical Blueprint, to be delivered at the end of the project.

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Broader Impact

Implementing the recommendations from D5.2 will boost European leadership in data-intensive science and
heterogeneous resource federation models, including large-scale compute and storage capacity to be procured and
made accessible at the pan-European level. Harmonized policies will:

  • Improve efficiency of distributed HPC and data resources.
  • Strengthen cross-disciplinary collaborations (e.g., climate science, medicine, AI).
  • Accelerate FAIR data adoption and open science initiatives.
  • Build a robust and future-proof European scientific infrastructure ecosystem.

 

Join us!

Are you involved in radio astronomy, particle physics, or distributed computing infrastructures?
Read the full SPECTRUM D5.2 report, subscribe to our newsletter, and join to the SPECTRUMCoP (SPECTRUM
Community of Practice); the SPECTRUMCoP is a connected community of scientists and infrastructure managers
to work towards a mutual understanding of future needs, interoperable access policies, associated challenges and
their possible solutions – we are waiting for you!

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