Exascale computing systems—capable of over 1018 floating-point operations per second (FLOPS)—represent a significant advancement in High-Performance Computing (HPC). To harness this power for scientific and industrial breakthroughs, participants stressed the need for robust policies, shared plans, and a flexible, energy-efficient infrastructure.
Updated 22/01/2025
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CERN: Defining the Technical Blueprint for a compute and data continuum
CERN leads the SPECTRUM work package dedicated to defining the Technical Blueprint for a compute and data continuum spanning HPC, cloud, AI, and emerging fields like quantum computing. This blueprint will cover topics such as high-end data processing, analysis, and logistics, including cybersecurity, storage, and cost-effective resource allocation. By uniting Europe’s top infrastructure providers, SPECTRUM aims to ensure seamless data sharing and sustainable computing capabilities across all scientific domains.