SEAVEA Toolkit
Software Environment for Actionable and VVUQ-evaluated Exascale Applications
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The SEAVEA (see-vee-uh) Toolkit is an open-source, modular framework designed to support scalable verification, validation, and uncertainty quantification (VVUQ) in scientific computing workflows.
Built on the foundations of the VECMA project, SEAVEA integrates a collection of robust and interoperable tools that make it easier to construct, manage, and analyse complex simulation ensembles. It supports applications across multiple domains, including fusion energy, climate science, epidemiology, migration, aerospace, and medicine.
Whether you are running local experiments or scaling across high-performance computing systems, SEAVEA helps researchers make their simulations more reproducible, reliable, and scientifically credible.
EasyVVUQ – for parameter sampling and UQ
FabSim3 – for automation and remote job execution
QCG-PilotJob – for efficient ensemble scheduling
MUSCLE3 – for multiscale simulation coupling
EasySurrogate – for surrogate modelling
MOGP – for multi-output Gaussian process emulator
FUMEplot – for visualising uncertainty in outputs
mUQSA – web-based GUI for Multipurpose Uncertainty Quantification and Sensitivity Analysis
RADICAL-Pilot – for scalable execution of heterogeneous tasks on HPC platforms
Explore the SEAVEA Toolkit components
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