CMMS MCP Server

A Model Context Protocol (MCP) server that integrates with MES (Manufacturing Execution System), CMMS (Computerized Maintenance Management System), and IoT systems. This server provides tools and resources to interact with manufacturing, maintenance, and IoT data.

Features

MES Integration

• Production Orders: Query production orders by status or ID

• Work Orders: Get work orders filtered by status or production order

• Equipment: Monitor equipment status and details

CMMS Integration

• Maintenance Tasks: Query, filter, and create maintenance tasks

• Assets: Get asset information and status

• Maintenance History: Access historical maintenance records

IoT Integration

• Sensors: Query sensor information and configurations

• Sensor Readings: Get real-time and historical sensor data

• Devices: Monitor IoT device status

• Alerts: View and acknowledge IoT alerts

Related MCP server: Industrial MCP Agent Platform

Installation

1. Install dependencies:

npm install

2. Build the project:

npm run build

Usage

Running the Server

The server runs on stdio and can be used with MCP-compatible clients:

npm start

For development with auto-reload:

npm run dev

MCP Client Configuration

Add this server to your MCP client configuration (e.g., in Claude Desktop's claude_desktop_config.json):

{
  "mcpServers": {
    "cmms-mcp-server": {
      "command": "node",
      "args": ["/path/to/cmms-mcp-server/dist/index.js"]
    }
  }
}

Available Tools

MES Tools

get_production_orders

Get production orders from MES system.

Parameters:

• status (optional): Filter by status (planned, in-progress, completed, cancelled)

• orderId (optional): Get specific production order by ID

Example:

{
  "status": "in-progress"
}

get_work_orders

Get work orders from MES system.

Parameters:

• status (optional): Filter by status (pending, in-progress, completed, on-hold)

• productionOrderId (optional): Filter by production order ID

get_equipment

Get equipment status from MES system.

Parameters:

• status (optional): Filter by status (running, idle, maintenance, error)

• equipmentId (optional): Get specific equipment by ID

CMMS Tools

get_maintenance_tasks

Get maintenance tasks from CMMS system.

Parameters:

• status (optional): Filter by status (scheduled, in-progress, completed, cancelled, overdue)

• priority (optional): Filter by priority (low, medium, high, critical)

• taskType (optional): Filter by type (preventive, corrective, inspection, calibration)

• assetId (optional): Filter by asset ID

get_assets

Get assets from CMMS system.

Parameters:

• status (optional): Filter by status (operational, maintenance, out-of-service, retired)

• assetId (optional): Get specific asset by ID

get_maintenance_history

Get maintenance history from CMMS system.

Parameters:

• assetId (optional): Filter by asset ID

• startDate (optional): Start date for history (ISO format)

• endDate (optional): End date for history (ISO format)

create_maintenance_task

Create a new maintenance task in CMMS system.

Required Parameters:

• assetId: Asset ID for the maintenance task

• taskType: Type of maintenance task (preventive, corrective, inspection, calibration)

• priority: Priority of the task (low, medium, high, critical)

• scheduledDate: Scheduled date (ISO format)

• dueDate: Due date (ISO format)

• assignedTo: Technician ID assigned to the task

• description: Description of the maintenance task

Optional Parameters:

• estimatedDuration: Estimated duration in minutes (default: 240)

Example:

{
  "assetId": "asset-001",
  "taskType": "preventive",
  "priority": "high",
  "scheduledDate": "2024-02-15T08:00:00Z",
  "dueDate": "2024-02-15T17:00:00Z",
  "assignedTo": "tech-001",
  "description": "Monthly preventive maintenance",
  "estimatedDuration": 480
}

IoT Tools

get_sensors

Get sensors from IoT system.

Parameters:

• type (optional): Filter by type (temperature, pressure, vibration, humidity, flow, level)

• status (optional): Filter by status (active, inactive, error)

• equipmentId (optional): Filter by equipment ID

get_sensor_readings

Get sensor readings from IoT system.

Parameters:

• sensorId (optional): Filter by sensor ID

• status (optional): Filter by reading status (normal, warning, critical)

• hours (optional): Get readings from last N hours

get_devices

Get IoT devices.

Parameters:

• status (optional): Filter by status (online, offline, error)

• type (optional): Filter by device type

get_alerts

Get IoT alerts.

Parameters:

• severity (optional): Filter by severity (info, warning, critical)

• acknowledged (optional): Filter by acknowledged status (boolean)

• deviceId (optional): Filter by device ID

acknowledge_alert

Acknowledge an IoT alert.

Required Parameters:

• alertId: Alert ID to acknowledge

• acknowledgedBy: User ID acknowledging the alert

Available Resources

The server provides the following resources:

• mes://production-orders - All production orders from MES system

• mes://equipment - All equipment from MES system

• cmms://maintenance-tasks - All maintenance tasks from CMMS system

• cmms://assets - All assets from CMMS system

• iot://sensors - All sensors from IoT system

• iot://alerts - All active (unacknowledged) alerts from IoT system

Mock Data

This server currently uses mock data for demonstration purposes. The mock data includes:

• MES: 3 production orders, 3 work orders, 4 equipment items

• CMMS: 4 maintenance tasks, 4 assets, 2 maintenance history records

• IoT: 5 sensors, 6 sensor readings, 4 devices, 4 alerts

To connect to real systems, replace the mock data imports in src/index.ts with actual API clients.

Project Structure

cmms-mcp-server/
├── src/
│   ├── index.ts                 # Main server implementation
│   └── mock-data/
│       ├── mes-data.ts          # MES mock data
│       ├── cmms-data.ts         # CMMS mock data
│       └── iot-data.ts          # IoT mock data
├── dist/                        # Compiled JavaScript (generated)
├── package.json
├── tsconfig.json
└── README.md

Testing

See TESTING.md for detailed testing instructions.

Quick test:

npm test

Development

Building

npm run build

Development Mode

npm run dev

This runs the server in watch mode with auto-reload using tsx.

License

MIT