Containers for HPC, native HPC performance with cloud-native flexibility. Build once. Run anywhere, from your laptop to a supercomputer.
Sarus-suite hosts HPC focused extensions, utilities, and examples built on top of the Podman container ecosystem.
The repositories here focus on making containerized workflows portable, performant, and production-ready for High‑Performance Computing (HPC) environments.
Containers solve portability — HPC adds scaling and efficiency.
Sarus‑suite bridges that gap by providing:
- 🔌 Plugins & hooks to extend Podman (MPI, GPU, networking, filesystems)
- 🛠️ Utility scripts enable cluster‑specific capabilities
- 📦 Reusable configurations for common HPC use cases
- 📚 Examples & recipes for reproducible, scalable workloads
Think of Sarus‑suite as the HPC toolbox around Podman.
Repositories in this organization generally fall into one of these categories:
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Runtime extensions Hooks, CDIs, or integrations that enhance Podman' behavior on HPC systems
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Utilities & helpers Scripts and tools to simplify setup, launching, or orchestration
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Examples & reference deployments Demonstrations of MPI jobs, GPU workloads, distributed applications, etc.
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Docs & templates Best practices, configuration templates, and workflow documentation
Each repository should be self‑contained and documented individually.
- Install and configure Sarus (see the Sarus documentation)
- Browse the repositories in this organization
- Follow the repo‑specific README
- Run with sarusctl commands or via Slurm integration
Sarus‑suite components are designed to plug into HPC workflows with minimal friction.
Unless stated otherwise in a repository:
- Code follows the BSD-3-Clause license
Please check each repository for details.
- Be respectful and
- Favor simplicity and portability
Sarus‑suite aims to be a practical, welcoming space for anyone running containers at scale.
- Sarus homepage: https://sarus-suite.github.io
- Sarus source code: https://github.com/sarus-suite
Sarus‑suite = Sarus + HPC extensions + shared best practices. Portable containers. Native HPC performance. Cloud-Native power.