Wardenpoint MCP Server

WardenPoint MCP server

An MCP server that lets an agent configure a WardenPoint account — recipients, contacts, groups, notification rules, escalation policies, on-call schedules, alert-source integrations, routing rules and telephony — without anyone opening the dashboard.

It speaks stdio and exposes one tool per operation of your installation's own OpenAPI description.

{
  "mcpServers": {
    "wardenpoint": {
      "command": "npx",
      "args": ["-y", "@wardenpoint/mcp-server"],
      "env": {
        "WARDENPOINT_BASE_URL": "https://wardenpoint.com",
        "WARDENPOINT_API_TOKEN": "acb_xxxxxxxx.xxxxxxxx"
      }
    }
  }
}

That is the whole installation. Your MCP client starts the server on demand; nothing runs between sessions.

The one rule this server exists to keep

There is no second copy of the contract here.

Every tool — its name, its text, its arguments, their descriptions, their enums and bounds, the responses it can answer with — is read at startup from the OpenAPI description served by the installation you are configuring (GET {WARDENPOINT_BASE_URL}/docs). Nothing about the API is restated in this package.

That is deliberate, and it is why the tools cannot quietly drift:

• an endpoint added to your installation appears as a tool the next time the server starts — no package upgrade involved;
• a description reworded upstream rewords the agent's instructions with it;
• an operation nobody described is invisible to the agent, which is the correct failure and the reason --spec-report exists.

A description bundled inside this package would describe whatever was current when the package was published, while the agent talks to whatever you actually run. There is no offline fallback for the same reason: every tool here is an HTTP call to that installation, so if it cannot be reached, a complete tool list would be a list of things that cannot be done.

Requirements

Node 20 or newer. No build step, no native modules.

Environment

The token is read from the environment at every start and is never written anywhere by this package.

What the key is allowed to do

Abilities are chosen when you issue the key, and a 403 names the one that was missing:

• config.read — read the whole configuration. A good place to start: the agent can explain an account somebody else built and change nothing.
• config.write — create, update, delete.
• notifications.send / notifications.read — fire alerts and inspect them.

No ability can read a secret. There is no such ability in the vocabulary, so it cannot be granted by mistake. The API reports whether a credential is set and whether it verified — never its value.

What the tool list costs

Every tool definition is sent to the model before the person says anything, so it is spent whether or not the conversation ever touches WardenPoint. The full set of 89 tools is roughly 64k tokens — on a 200k context window, a third of it.

The server prints the figure at startup so it is not an invisible cost:

wardenpoint-mcp-server: 89 tools (~63k tokens of context; narrow it with WARDENPOINT_TOOLS) from …

If a session only ever touches part of the product, say so:

"env": { "WARDENPOINT_TOOLS": "recipients,groups,schedules" }

That drops the same run to a handful of tools and a few thousand tokens. Patterns match tool names (v1_recipients_store), and * works. Leave it unset and you get everything, which is the safe default: a tool that quietly disappeared looks like a missing product capability.

Running

npx -y @wardenpoint/mcp-server --list-tools     # every tool, with its arguments
npx -y @wardenpoint/mcp-server --spec-report    # gaps in the description itself

Both talk to WARDENPOINT_BASE_URL to fetch the description; neither needs a token. Without arguments the process speaks MCP over stdio and is meant to be started by a client, not by hand.

Two credentials, and why they are not interchangeable

• API key (WARDENPOINT_API_TOKEN) — who you are. Every configuration tool uses it.
• Integration secret — proves a specific alert-source webhook is genuine. Two tools accept it as an argument; it is not read from the environment and not stored here.

What this server deliberately cannot do

Two steps in setting up an account need a human at a screen, and both stay that way on purpose:

• Scanning a Telegram QR code.
• Typing a provider secret.

For each, the agent asks the installation to issue a one-time link, shows it to the person, and polls for the result. The person opens that link in the dashboard, behind their own login, and types the value themselves. Ask an agent to relay a secret through the conversation and it will refuse — that is what the link exists to avoid.

Errors reach the agent intact

The API spends real effort explaining refusals — which ability was missing, which field failed validation, why a send queued nothing. This server passes the body through whole, on success and failure alike, because an agent repairs itself from that text and nothing else.

Licence

MIT. See LICENSE.

Issues and contributions: https://github.com/WardenPoint/wardenpoint-mcp.