distributed-mesh

To sync configuration across multiple machines for squad coordination, you can use git as a transport layer to manage shared state. This approach leverages version control to ensure consistent setup and structured communication across distributed organizational units.

Git-based mesh topology is a configuration setup where git manages shared state and communication zones across distributed squads. You need it when your team expands from local development to multi-org deployment and requires reliable, version-controlled multi-machine synchronization.

To set up a distributed mesh configuration, provide your participating squads, zones, and connection details to generate a mesh.json file. The process then copies bundled sync scripts into your environment to handle remote state materialization automatically.

Yes, you can use this mesh sync approach for both Windows and Linux environments. The setup includes bundled sync scripts for both platforms, specifically providing sync-mesh.sh for Linux and sync-mesh.ps1 for Windows to support remote state materialization.

No, you do not need external dependencies to establish git-based remote state synchronization. The setup relies solely on git as the transport layer and includes bundled scripts to manage the configuration, requiring minimal manual effort to maintain.

You should use git for distributed squad coordination because it provides a version-controlled transport layer for shared configuration. This ensures reliable state synchronization across machines without external dependencies, supporting secure and structured communication with minimal manual effort.