SiteMap

• What is SEAPATH?
  • SEAPATH and cybersecurity
  • SEAPATH and Real-time
  • SEAPATH-Debian or SEAPATH-Yocto
• How to use SEAPATH
  • Network architecture
  • Installation
  • Configuration
  • High availability (with corosync/pacemaker)
  • Network
  • Node replacement
  • Scheduling and priorities
  • Shared storage (with ceph)
• Virtual machines on SEAPATH
  • Deploy with preconfigured XML
  • The vm_manager tool
  • Troubleshooting with vm_manager
• SEAPATH Tests and CI
  • Continuous integration on SEAPATH
  • Simulating IEC61850 traffic for Seapath
• IT tooling
• Time synchronization
• Roles in SEAPATH
• Using a graphical interface on Seapath
• Maintainers

Project Details

SEAPATH is an open source software hypervisor designed for IEC61850 Digital Substation Automation Systems. It has been designed and built as an industrial-grade solution dedicated to the critical context of digital stations, meeting the challenges of interoperability, standards compliance and cybersecurity constraints.

SEAPATH aims to host and run VPAC (Virtualized Protection, Automation and Control) applications for the power grid industry (and potentially beyond).

SEAPATH is a best-of-breed technology that combines open source components to create a robust, hardware- and software-agnostic solution that meets deterministic expectations (Real-Time) of its use-cases. The project has been developed according to OpenSSF best practices, and utilizes state-of-the-art continuous integration with over 700 daily tests to ensure, for example, that a VIED meets the desired criteria in terms of latency, determinism, and robustness.

SEAPATH is a collaborative project, bringing together a diverse community of experts spanning embedded Linux, IT, electrical engineering backgrounds, fostering IT/OT convergence.

SEAPATH is an acronym for Software Enabled Automation Platform and Artifacts (Therein). It is part of the LF Energy Digital Substations Special Interest Group.

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