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SEANERGYS develops a next-generation SW solution to improve energy-efficient operation of supercomputers in Europe; the project includes 16 partners, of whom eight are European HPC/AI centers. Since its start in 2025, SEANERGYS has identified use cases and requirements, and defined the SW architecture.

SEANERGYS develops a next-generation SW solution to improve energy-efficient operation of supercomputers in Europe; the project includes 16 partners, of whom eight are European HPC/AI centers. Since its start in 2025, SEANERGYS has identified use cases and requirements, and defined the SW architecture.

The relentlessly rising demand for computing power, especially for HPC and AI, is driving rapid growth in both the number and scale of supercomputers. This expansion comes with a sharp increase in energy consumption (for example, to approximately 17 MW for the Exascale system JUPITER at JSC), posing significant sustainability challenges for HPC centres.

SEANERGYS develops a next-generation SW solution to improve energy-efficient operation of supercomputers in Europe; the project includes 16 partners, of whom eight are European HPC/AI centers. Since its start in 2025, SEANERGYS has identified use cases and requirements, and defined the SW architecture.