TeamRetro

TeamRetro MCP Server

Link to glama.ai

A Model Context Protocol (MCP) server that provides AI-powered integration with TeamRetro's platform. This server acts as a bridge between AI clients and TeamRetro's official API, enabling seamless interaction with team management, retrospectives, health checks, and other TeamRetro features through standardized MCP tools.

Key features:

• Complete TeamRetro API coverage with 20+ tools for managing teams, users, actions, and more
• Simplified AI client integration through standardized MCP interfaces
• Built-in pagination and filtering support for efficient data handling
• Secure API authentication handling and environment configuration
• Comprehensive documentation and easy setup options

Whether you're building AI-powered team analytics, automated retrospective management, or integrating TeamRetro into your AI workflow, this MCP server provides the foundation you need.

Important Notes

Unofficial MCP Server

This MCP server is an unofficial community-developed interface to TeamRetro's services. While not developed or endorsed by TeamRetro, it provides standardized access to their platform.

Official API Integration

The server connects directly to TeamRetro's official public API:

• Uses documented endpoints from TeamRetro's API specifications
• Maintains full API compliance and version tracking
• Implements all required authentication methods
• Preserves original API responses without modification

API Documentation Source

All API endpoints and functionality are based on TeamRetro's official documentation:

• API Help Article: https://help.teamretro.com/article/320-teamretro-api
• API Specifications: https://groupmap.stoplight.io/docs/teamretro/
• Implementation strictly follows the public API specifications
• Any changes to the TeamRetro API may affect this MCP server's functionality

How to Use

NPX (Recommended, Easy Setup)

{
  "mcpServers": {
    "teamretro-mcp-server": {
      "command": "npx",
      "args": ["-y", "teamretro-mcp-server"],
      "env": {
        "TEAMRETRO_AUTH_TYPE": "apiKey",
        "TEAMRETRO_API_KEY": "your-api-key"
      }
    }
  }
}

Installing via Smithery

To install TeamRetro MCP Server for Claude Desktop automatically via Smithery:

npx -y @smithery/cli install @adepanges/teamretro-mcp-server --client claude

From Source Code

1. Clone the repository, install dependencies, and build the project:

git clone https://github.com/adepanges/teamretro-mcp-server.git
cd teamretro-mcp-server
pnpm install
pnpm run build

Running in AI Client

1. Configure the AI client with the following settings:

{
  "mcpServers": {
    "teamretro-mcp-server": {
      "command": "node",
      "args": ["/path/to/teamretro-mcp-server/dist/index.js"],
      "env": {
        "TEAMRETRO_AUTH_TYPE": "apiKey",
        "TEAMRETRO_API_KEY": "your-api-key"
      }
    }
  }
}

Running with Inspector

1. Configure the environment variables by copying .env.example to .env and modifying it according to your needs.
2. Run the server with inspector:

pnpm run inspector

Environment Variables Examples

Base URL

The base URL for the TeamRetro API can be set using the TEAMRETRO_BASE_URL environment variable. By default, it is set to https://api.teamretro.com.

{
  "env": {
    "TEAMRETRO_BASE_URL": "https://api.teamretro.com"
  }
}

API Key Authentication

{
  "env": {
    "TEAMRETRO_AUTH_TYPE": "apiKey",
    "TEAMRETRO_API_KEY": "your-api-key"
  }
}

Available Tools

The server provides the following tools:

Users

• list_users: List users with pagination using offset and limit parameters to control the number of results returned
• add_user: Add a new user or update an existing user's information by their email address, specifying optional name and emailAddress
• update_user: Update an existing user's details, such as their name and emailAddress, by providing their current email
• delete_user: Delete a user by their email address
• get_user: Retrieve detailed information about a single user by their email address

Teams

• list_teams: List teams from TeamRetro with filtering by tags and IDs, and pagination using offset and limit parameters
• detail_team: Retrieve detailed information about a single team by its unique ID
• update_team: Update an existing team's details, such as its name and associated tags, by providing the team's ID
• create_team: Create a new team with a required name, and optional tags and members
• delete_team: Delete an existing team by its ID

Team Members

• list_team_members: Retrieve a list of team members for a specified team ID with pagination controls for offset and limit
• get_team_member: Fetch a team member by their email address within a specified team
• update_team_member: Update a team member's details, such as their name or team admin status, by their email address within a specified team
• remove_team_member: Remove a team member from a team by their email address
• add_team_member: Add a new team member to a team by their email address, with optional specification of team admin status

Actions

• list_actions: Retrieve a list of actions from TeamRetro with optional filtering by team tags and team IDs, and pagination controls for offset and limit
• create_action: Create a new action in TeamRetro with required details such as team ID, title, due date, completion status, and assigned user
• get_action: Fetch a single action by its unique ID from TeamRetro
• update_action: Update an existing action in TeamRetro with new details such as title, due date, completion status, priority, and assigned user
• delete_action: Delete an existing action from TeamRetro by its action ID

Agreements

• list_agreements: List agreements from TeamRetro with optional filtering by team tags and team IDs, as well as pagination controls
• create_agreement: Create a new agreement in TeamRetro by specifying the team it belongs to and its title
• get_agreement: Retrieve a single agreement by its unique identifier
• update_agreement: Update an existing agreement's details such as its title or associated team
• delete_agreement: Delete an existing agreement by specifying its unique identifier

Health Checks

• list_health_checks: List health checks from TeamRetro with optional filtering by health model IDs, team tags, and team IDs, as well as pagination controls
• get_health_check: Retrieve a single health check by its unique identifier with optional attributes to include
• delete_health_check: Delete an existing health check by specifying its unique identifier

Health Models

• list_health_models: List health models from TeamRetro with pagination controls
• get_health_model: Retrieve a single health model by its unique identifier

Retrospectives

• list_retrospectives: List retrospectives from TeamRetro with filtering by team tags and IDs, and pagination using offset and limit parameters
• get_retrospective: Retrieve detailed information about a single retrospective by its unique ID
• delete_retrospective: Delete an existing retrospective by its ID

Reports

• team_activity_report: Generate a team activity report from TeamRetro with filtering by team tags and team IDs
• team_actions_activity_report: Generate a team actions activity report from TeamRetro with filtering by team tags and team IDs. Returns CSV data with action statistics including open, completed, and overdue action counts grouped by age ranges
• retrospective_activity_report: Generate a retrospective activity report from TeamRetro with filtering by date range, team tags and team IDs. Returns CSV data with retrospective statistics including participation rate, idea count, comment count, action count, and agreement count
• health_check_activity_report: Generate a health check activity report from TeamRetro with filtering by date range, team tags and team IDs. Returns CSV data with health check statistics including participation rate, comment count, action count, and agreement count
• team_health_latest_report: Generate a team health (latest) report from TeamRetro for a specific health model with filtering by date range, team tags and team IDs. Returns CSV data with latest team health scores including heal

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README truncated. View full README on GitHub.