Dashpilot Mcp

dashpilot-mcp

DoorDash Drive automation for AI agents: quote deliveries, dispatch Dashers, track live status, and schedule anything from a single catering run to a full launch night — all from your IDE or agent client, for restaurants and stores that deliver with DoorDash Drive.

Ask: "Schedule my restaurant launch on DoorDash — 12 drops across the evening" and the agent plans the whole event, shows you the full plan with estimated fees, and schedules nothing until you say yes.

Unofficial. Not affiliated with, endorsed by, or connected to DoorDash, Inc. DashPilot is a lightweight scheduling utility: it calls the Drive API with your business's Drive access key. Deliveries are fulfilled by DoorDash and billed by DoorDash to your developer account; DashPilot runs no billing and never touches money — it's a disposable utility, not a platform your business relies on.

The MCP signs Drive JWTs locally and calls DoorDash directly for quotes, dispatch, tracking, updates, and cancels. The tokens it mints go to DoorDash and nowhere else, with one disclosed exception: the once-daily credential health check-in sends a single 60-second token to your DashPilot Cloud deployment's health endpoint (details below). DashPilot Cloud receives only (a) usage reports that feed your ops board, and (b) for scheduled deliveries, the unsigned payload — when it comes due, this package fetches the due queue, mints a fresh 60-second JWT right here, and dispatches directly.

Install

Requires Python ≥ 3.11. With uv:

{  "mcpServers": {    "dashpilot": {      "command": "uvx",      "args": ["--from", "/absolute/path/to/dashpilot-mcp", "dashpilot-mcp"],      "env": {        "DASHPILOT_API_URL": "https://dashpilot6de8ccea-dashpilot.functions.fnc.fr-par.scw.cloud",        "DASHPILOT_API_KEY": "dp_your_issued_key"      }    }  }}

Then put your Drive credentials in a .env file in your project directory (the package reads it at startup; keep it out of version control as usual):

# .envDASHPILOT_DRIVE_DEVELOPER_ID=dd_dev_…DASHPILOT_DRIVE_KEY_ID=dd_key_…DASHPILOT_DRIVE_KEY=…DASHPILOT_DRIVE_BASE_URL=http://localhost:8790/drive-sim/drive/v2  # local dev only

• DASHPILOT_API_URL — the DashPilot Cloud service. Defaults to the hosted instance (https://dashpilot6de8ccea-dashpilot.functions.fnc.fr-par.scw.cloud); point it at http://localhost:8790 to run against a local development container.
• DASHPILOT_API_KEY — your install key. Issued by DashPilot Cloud when you register (POST /v1/installs/register) and shown exactly once — save it; the server keeps only a hash of it.
• DASHPILOT_DRIVE_* — your Drive access key from the DoorDash Developer Portal (sandbox keys work out of the box). Used to sign JWTs on this machine. Lives in .env, not in the MCP client config, so the key isn't duplicated into every client profile you sync.
• DASHPILOT_DRIVE_BASE_URL — the bootstrap Drive endpoint (defaults to the real Drive API; for local development against the bundled simulator: http://localhost:8790/drive-sim/drive/v2).
• DASHPILOT_DRIVE_ROUTING — managed (default) or manual. DoorDash has two hosts (sandbox and production); after the first config fetch the package follows the environment DashPilot Cloud has on file for your install — sandbox while you test, production at go-live, no env edits. check_drive_connection reports which environment you're on. What managed mode delegates is endpoint selection, and the selection is pinned: the config may only switch this install between DoorDash's own sandbox and production hosts (or the bundled loopback simulator) — a routing block naming anywhere else is ignored, so a config change can never point your signed Drive requests at a host DoorDash doesn't operate. Installs that would rather not delegate at all can set manual to pin the bootstrap URL.

First run, ask your agent: "check my Drive connection" — it verifies the key with a side-effect-free signed call and tells you which environment you're on.

The autonomy model: your money moves only with your yes

The agent is a planner, not a spender. Every tool is annotated in the MCP protocol (readOnlyHint / destructiveHint) so your client can auto-approve the safe ones and always prompt for the rest:

dispatch_due_deliveries is the executor of confirmed plans: everything it fires was already confirmed at schedule time, so it needs no new confirmation. Run it on a cadence and due work just fires.

What you can ask for

• "Quote a delivery for order #1001 to 350 5th Ave" — get_delivery_quote (fee, tax, ETA)
• "Dispatch it" — accept_quote, or dispatch_delivery to quote+accept in one step
• "Schedule the catering run for 6:30pm" — schedule_delivery, then dispatch_due_deliveries fires due work with a fresh local JWT
• "Schedule my launch night: 12 drops, one every 15 minutes from 6pm" — schedule_batch (up to 50, staggered)
• "Dispatch these 12 office lunches now" — batch_dispatch (up to 25 at once)
• "Where is order #1001?" — track_delivery (status, Dasher, ETA, tracking URL — straight from DoorDash)
• "Show today's board" — list_deliveries
• "Bump the tip on #1001 by $2" — update_delivery
• "Cancel #1002" — cancel_delivery

Money questions live in your DoorDash developer portal — DoorDash bills you directly; DashPilot has no billing surface.

The agent is instructed (server-level policy) to always quote the fee and confirm with you before dispatching — and the tool annotations let your client enforce it, not just trust it.

Tools

Security & privacy notes

• stdio transport only; the package opens no network listener.
• Two outbound URLs: DASHPILOT_API_URL (DashPilot Cloud) and DASHPILOT_DRIVE_BASE_URL (DoorDash). Both must be https:// outside loopback; redirects are never followed.
• Your Drive access key is read from your project .env file (or the environment) and used to sign JWTs on this machine.
• Crash reporting is structural: when a tool call fails, the package keeps a redacted record (tool name, error code, argument shapes — strings and numbers are replaced by their types, so no address, phone, key, or free text can ride along). Redacted records are included in a support bundle when you choose to send one.
• Scheduled deliveries are stored as unsigned payloads. No bearer token is ever deposited; the backend cannot dispatch anything itself. Due work fires when you run dispatch_due_deliveries from a machine that has the key — the trade-off for zero custody is that something of yours must be awake at dispatch time.
• One standing check-in, disclosed on the security page: once a day the package sends a single short-lived (60-second) Drive token to your DashPilot Cloud deployment's health endpoint, so a dead credential can be flagged to you — verified and discarded, never stored. Your state file records which daily check-in already fired. Beyond that: no telemetry, no analytics, no install scripts.

Development

uv syncuv run pytestDASHPILOT_API_URL=http://localhost:8790 uv run dashpilot-mcp

MCP Registry

mcp-name: io.github.dashpilot-labs/dashpilot-mcp