Add end-to-end support for removing remote Docker networks and volumes and normalize remote API responses. Server: new Flask endpoints to DELETE remote networks/volumes and helpers to compute external base/ws URLs and v1 API paths. Agent: register new handler docker:network:remove and Client.RemoveNetwork implementation. Backend service: RemoteDockerService.remove_network uses agent registry for remote servers and falls back to local DockerService. Models: expand Server permission logic to map agent actions to profile/legacy scopes (DOCKER_READ_ACTIONS, scope expansion and wildcard matching) and add unit tests covering permission mappings. Frontend: handle agent-backed response shapes (unwrapRemoteData, normalizeListResponse), call new removeRemoteNetwork/removeRemoteVolume API methods, update download/install URLs to /api/v1, and tweak several UI texts. Install scripts: change config/log directories, pass --config when registering/starting agent, and update systemd/service/unit and Windows service install paths. README: small wording updates about fleet/remote deployment and monitoring.
Replace hardcoded repository URL from serverkit/serverkit to jhd3197/ServerKit across agent Dockerfile, README, packaging scripts (deb/rpm) and install scripts so downloads and metadata point to the correct repo. Backend install endpoints now replace the repo placeholder with the GITHUB_REPO constant, and the frontend Windows install command was adjusted to use the -Server parameter instead of -ServerUrl. These changes ensure install scripts, packages, and generated docs reference the intended repository and that generated installer commands match the agent's expected flags.
Introduced Linux (install.sh) and Windows (install.ps1) installation scripts for ServerKit agent, and exposed new backend endpoints to serve these scripts and installation instructions. Added a GitHub Actions workflow (agent-release.yml) for automated agent builds and releases. Updated ROADMAP.md and SERVERS_INTEGRATION_PLAN.md to reflect progress on installation and distribution features.
Juan Denis