Spotify MCP Server

Spotify MCP Server

A lightweight MCP server enabling AI assistants to control Spotify playback and manage playlists.

179
Stars
43
Forks
179
Watchers
7
Issues
Spotify MCP Server is a lightweight implementation of the Model Context Protocol that allows AI assistants, such as Cursor and Claude, to control Spotify playback and manage playlists. It provides a set of tools for searching music, managing playback state, handling playlists, and accessing user-specific track data. The server integrates seamlessly with productivity assistants and editors to facilitate contextual music control via standardized protocols. It includes authentication, Spotify API configuration, and detailed operations for reading and updating playback context.

Key Features

Search for tracks, albums, artists, and playlists on Spotify
Retrieve current playback information
List and manage user playlists
Fetch tracks from playlists or recently played items
Access user 'Liked Songs' library
Authenticate with Spotify via developer applications
Standardized toolset for model context integration
Integrate with AI assistants like Cursor and Claude
Support for read and write music operations
Configurable API endpoints using MCP

Use Cases

Enabling AI assistants to play specific songs or albums via Spotify
Automating playlist creation and management with assistant tools
Copying tracks between user playlists through automated workflows
Retrieving and recommending recently played Spotify tracks
Accessing and organizing favorite tracks from the user's library
Context-aware music selection for productivity or focus tasks
Embedding music control within editor environments like Cursor or VsCode
Providing personalized playback experiences by integrating user context
Facilitating collaborative playlist generation with AI guidance
Utilizing Spotify's API functionality in conversational or assistant interfaces

README

A lightweight Model Context Protocol (MCP) server that enables AI assistants like Cursor & Claude to control Spotify playback and manage playlists.

Example Interactions

  • "Play Elvis's first song"
  • "Create a Taylor Swift / Slipknot fusion playlist"
  • "Copy all the techno tracks from my workout playlist to my work playlist"

Tools

Read Operations

  1. searchSpotify

    • Description: Search for tracks, albums, artists, or playlists on Spotify
    • Parameters:
      • query (string): The search term
      • type (string): Type of item to search for (track, album, artist, playlist)
      • limit (number, optional): Maximum number of results to return (10-50)
    • Returns: List of matching items with their IDs, names, and additional details
    • Example: searchSpotify("bohemian rhapsody", "track", 20)
  2. getNowPlaying

    • Description: Get information about the currently playing track on Spotify
    • Parameters: None
    • Returns: Object containing track name, artist, album, playback progress, duration, and playback state
    • Example: getNowPlaying()
  3. getMyPlaylists

    • Description: Get a list of the current user's playlists on Spotify
    • Parameters:
      • limit (number, optional): Maximum number of playlists to return (default: 20)
      • offset (number, optional): Index of the first playlist to return (default: 0)
    • Returns: Array of playlists with their IDs, names, track counts, and public status
    • Example: getMyPlaylists(10, 0)
  4. getPlaylistTracks

    • Description: Get a list of tracks in a specific Spotify playlist
    • Parameters:
      • playlistId (string): The Spotify ID of the playlist
      • limit (number, optional): Maximum number of tracks to return (default: 100)
      • offset (number, optional): Index of the first track to return (default: 0)
    • Returns: Array of tracks with their IDs, names, artists, album, duration, and added date
    • Example: getPlaylistTracks("37i9dQZEVXcJZyENOWUFo7")
  5. getRecentlyPlayed

    • Description: Retrieves a list of recently played tracks from Spotify.
    • Parameters:
      • limit (number, optional): A number specifying the maximum number of tracks to return.
    • Returns: If tracks are found it returns a formatted list of recently played tracks else a message stating: "You don't have any recently played tracks on Spotify".
    • Example: getRecentlyPlayed({ limit: 10 })
  6. getUsersSavedTracks

    • Description: Get a list of tracks saved in the user's "Liked Songs" library
    • Parameters:
      • limit (number, optional): Maximum number of tracks to return (1-50, default: 50)
      • offset (number, optional): Offset for pagination (0-based index, default: 0)
    • Returns: Formatted list of saved tracks with track names, artists, duration, track IDs, and when they were added to Liked Songs. Shows pagination info (e.g., "1-20 of 150").
    • Example: getUsersSavedTracks({ limit: 20, offset: 0 })

Play / Create Operations

  1. playMusic

    • Description: Start playing a track, album, artist, or playlist on Spotify
    • Parameters:
      • uri (string, optional): Spotify URI of the item to play (overrides type and id)
      • type (string, optional): Type of item to play (track, album, artist, playlist)
      • id (string, optional): Spotify ID of the item to play
      • deviceId (string, optional): ID of the device to play on
    • Returns: Success status
    • Example: playMusic({ uri: "spotify:track:6rqhFgbbKwnb9MLmUQDhG6" })
    • Alternative: playMusic({ type: "track", id: "6rqhFgbbKwnb9MLmUQDhG6" })
  2. pausePlayback

    • Description: Pause the currently playing track on Spotify
    • Parameters:
      • deviceId (string, optional): ID of the device to pause
    • Returns: Success status
    • Example: pausePlayback()
  3. skipToNext

    • Description: Skip to the next track in the current playback queue
    • Parameters:
      • deviceId (string, optional): ID of the device
    • Returns: Success status
    • Example: skipToNext()
  4. skipToPrevious

    • Description: Skip to the previous track in the current playback queue
    • Parameters:
      • deviceId (string, optional): ID of the device
    • Returns: Success status
    • Example: skipToPrevious()
  5. createPlaylist

    • Description: Create a new playlist on Spotify
    • Parameters:
      • name (string): Name for the new playlist
      • description (string, optional): Description for the playlist
      • public (boolean, optional): Whether the playlist should be public (default: false)
    • Returns: Object with the new playlist's ID and URL
    • Example: createPlaylist({ name: "Workout Mix", description: "Songs to get pumped up", public: false })
  6. addTracksToPlaylist

    • Description: Add tracks to an existing Spotify playlist
    • Parameters:
      • playlistId (string): ID of the playlist
      • trackUris (array): Array of track URIs or IDs to add
      • position (number, optional): Position to insert tracks
    • Returns: Success status and snapshot ID
    • Example: addTracksToPlaylist({ playlistId: "3cEYpjA9oz9GiPac4AsH4n", trackUris: ["spotify:track:4iV5W9uYEdYUVa79Axb7Rh"] })
  7. addToQueue

    • Description: Adds a track, album, artist or playlist to the current playback queue
      • Parameters:
      • uri (string, optional): Spotify URI of the item to add to queue (overrides type and id)
      • type (string, optional): Type of item to queue (track, album, artist, playlist)
      • id (string, optional): Spotify ID of the item to queue
      • deviceId (string, optional): ID of the device to queue on
    • Returns: Success status
    • Example: addToQueue({ uri: "spotify:track:6rqhFgbbKwnb9MLmUQDhG6" })
    • Alternative: addToQueue({ type: "track", id: "6rqhFgbbKwnb9MLmUQDhG6" })

Album Operations

  1. getAlbums

    • Description: Get detailed information about one or more albums by their Spotify IDs
    • Parameters:
      • albumIds (string|array): A single album ID or array of album IDs (max 20)
    • Returns: Album details including name, artists, release date, type, total tracks, and ID. For single album returns detailed view, for multiple albums returns summary list.
    • Example: getAlbums("4aawyAB9vmqN3uQ7FjRGTy") or getAlbums(["4aawyAB9vmqN3uQ7FjRGTy", "1DFixLWuPkv3KT3TnV35m3"])
  2. getAlbumTracks

    • Description: Get tracks from a specific album with pagination support
    • Parameters:
      • albumId (string): The Spotify ID of the album
      • limit (number, optional): Maximum number of tracks to return (1-50)
      • offset (number, optional): Offset for pagination (0-based index)
    • Returns: List of tracks from the album with track names, artists, duration, and IDs. Shows pagination info.
    • Example: getAlbumTracks("4aawyAB9vmqN3uQ7FjRGTy", 10, 0)
  3. saveOrRemoveAlbumForUser

    • Description: Save or remove albums from the user's "Your Music" library
    • Parameters:
      • albumIds (array): Array of Spotify album IDs (max 20)
      • action (string): Action to perform: "save" or "remove"
    • Returns: Success status with confirmation message
    • Example: saveOrRemoveAlbumForUser(["4aawyAB9vmqN3uQ7FjRGTy"], "save")
  4. checkUsersSavedAlbums

    • Description: Check if albums are saved in the user's "Your Music" library
    • Parameters:
      • albumIds (array): Array of Spotify album IDs to check (max 20)
    • Returns: Status of each album (saved or not saved)
    • Example: checkUsersSavedAlbums(["4aawyAB9vmqN3uQ7FjRGTy", "1DFixLWuPkv3KT3TnV35m3"])

Setup

Prerequisites

  • Node.js v16+
  • A Spotify Premium account
  • A registered Spotify Developer application

Installation

bash
git clone https://github.com/marcelmarais/spotify-mcp-server.git
cd spotify-mcp-server
npm install
npm run build

Creating a Spotify Developer Application

  1. Go to the Spotify Developer Dashboard
  2. Log in with your Spotify account
  3. Click the "Create an App" button
  4. Fill in the app name and description
  5. Accept the Terms of Service and click "Create"
  6. In your new app's dashboard, you'll see your Client ID
  7. Click "Show Client Secret" to reveal your Client Secret
  8. Click "Edit Settings" and add a Redirect URI (e.g., http://127.0.0.1:8888/callback)
  9. Save your changes

Spotify API Configuration

Create a spotify-config.json file in the project root (you can copy and modify the provided example):

bash
# Copy the example config file
cp spotify-config.example.json spotify-config.json

Then edit the file with your credentials:

json
{
  "clientId": "your-client-id",
  "clientSecret": "your-client-secret",
  "redirectUri": "http://127.0.0.1:8888/callback"
}

Authentication Process

The Spotify API uses OAuth 2.0 for authentication. Follow these steps to authenticate your application:

  1. Run the authentication script:
bash
npm run auth
  1. The script will generate an authorization URL. Open this URL in your web browser.

  2. You'll be prompted to log in to Spotify and authorize your application.

  3. After authorization, Spotify will redirect you to your specified redirect URI with a code parameter in the URL.

  4. The authentication script will automatically exchange this code for access and refresh tokens.

  5. These tokens will be saved to your spotify-config.json file, which will now look something like:

json
{
  "clientId": "your-client-id",
  "clientSecret": "your-client-secret",
  "redirectUri": "http://localhost:8888/callback",
  "accessToken": "BQAi9Pn...kKQ",
  "refreshToken": "AQDQcj...7w",
  "expiresAt": 1677889354671
}
  1. The server will automatically refresh the access token when needed, using the refresh token.

Integrating with Claude Desktop, Cursor, and VsCode Via Cline model extension

To use your MCP server with Claude Desktop, add it to your Claude configuration:

json
{
  "mcpServers": {
    "spotify": {
      "command": "node",
      "args": ["spotify-mcp-server/build/index.js"]
    }
  }
}

For Cursor, go to the MCP tab in Cursor Settings (command + shift + J). Add a server with this command:

bash
node path/to/spotify-mcp-server/build/index.js

To set up your MCP correctly with Cline ensure you have the following file configuration set cline_mcp_settings.json:

json
{
  "mcpServers": {
    "spotify": {
      "command": "node",
      "args": ["~/../spotify-mcp-server/build/index.js"],
      "autoApprove": ["getListeningHistory", "getNowPlaying"]
    }
  }
}

You can add additional tools to the auto approval array to run the tools without intervention.

Star History

Star History Chart

Repository Owner

Repository Details

Language TypeScript
Default Branch main
Size 50 KB
Contributors 9
MCP Verified Nov 12, 2025

Programming Languages

TypeScript
99.2%
JavaScript
0.8%

Tags

Join Our Newsletter

Stay updated with the latest AI tools, news, and offers by subscribing to our weekly newsletter.

We respect your privacy. Unsubscribe at any time.

Related MCPs

Discover similar Model Context Protocol servers

  • MCP Claude Spotify

    MCP Claude Spotify

    Connect Claude Desktop to Spotify using the Model Context Protocol.

    MCP Claude Spotify enables seamless integration between Claude Desktop and Spotify using the Model Context Protocol (MCP). It allows users to authenticate with Spotify, control playback, manage playlists, search for music, and access personalized recommendations directly from Claude Desktop. The solution supports both manual setup and auto-start with Claude Desktop, making it easy to interact with the Spotify API in a standardized way. Spotify credentials are required for setup and operation.

    • 20
    • MCP
    • imprvhub/mcp-claude-spotify
  • Shopify Storefront MCP Server

    Shopify Storefront MCP Server

    Seamless Shopify Storefront API access for AI assistants via Model Context Protocol

    Enables AI assistants to interact with Shopify store data through standardized MCP tools. Offers endpoints for product discovery, inventory management, GraphQL queries, cart operations, and comprehensive customer data manipulation. Designed for easy integration with MCP-compatible AI and automated token handling. Simplifies secure connection to Shopify's Storefront API with minimal configuration.

    • 5
    • MCP
    • QuentinCody/shopify-storefront-mcp-server
  • MCP Manager for Claude Desktop

    MCP Manager for Claude Desktop

    A desktop app to manage Model Context Protocol (MCP) servers for Claude Desktop on MacOS.

    MCP Manager for Claude Desktop provides a user-friendly interface to manage Model Context Protocol (MCP) servers, enabling Claude to access private data, APIs, and local or remote services securely from a MacOS desktop. It facilitates rapid configuration and integration with a wide variety of MCP servers, including productivity tools, databases, and web APIs. The app runs locally to ensure data privacy and streamlines connecting Claude to new sources through simple environment and server settings management.

    • 270
    • MCP
    • zueai/mcp-manager
  • MCP Obsidian Server

    MCP Obsidian Server

    Integrate Obsidian note management with AI models via the Model Context Protocol.

    MCP Obsidian Server acts as a bridge between Obsidian and AI models by providing an MCP-compatible server interface. It enables programmatic access to Obsidian vaults through a local REST API, allowing operations like listing files, searching, reading, editing, and deleting notes. Designed to work with Claude Desktop and other MCP-enabled clients, it exposes a set of tools for efficient note and content management within Obsidian.

    • 2,394
    • MCP
    • MarkusPfundstein/mcp-obsidian
  • MCP Linear

    MCP Linear

    MCP server for AI-driven control of Linear project management.

    MCP Linear is a Model Context Protocol (MCP) server implementation that enables AI assistants to interact with the Linear project management platform. It provides a bridge between AI systems and the Linear GraphQL API, allowing the retrieval and management of issues, projects, teams, and more. With MCP Linear, users can create, update, assign, and comment on Linear issues, as well as manage project and team structures directly through AI interfaces. The tool supports seamless integration via Smithery and can be configured for various AI clients like Cursor and Claude Desktop.

    • 117
    • MCP
    • tacticlaunch/mcp-linear
  • HackMD MCP Server

    HackMD MCP Server

    MCP server connecting LLM clients to the HackMD collaborative note platform.

    HackMD MCP Server implements the Model Context Protocol (MCP) to provide a standardized interface between large language model (LLM) clients and the HackMD collaborative note service. Through HTTP and STDIO transports, it enables creation, retrieval, update, and deletion of notes, along with management of teams, user profiles, and history data. It supports deployment in both local and cloud environments, with secure API token-based authentication and configuration via environment variables or HTTP headers.

    • 43
    • MCP
    • yuna0x0/hackmd-mcp
  • Didn't find tool you were looking for?

    Be as detailed as possible for better results