Sunomcp is an MCP server developed by Acedatacloud, designed to connect AI clients and agents to the Suno AI music generation service. Built with Python 3.10+, this free PyPI package acts as a crucial bridge, as Suno AI does not offer an official public API. It enables developers and AI assistant users to integrate music creation directly into their workflows. Sunomcp supports various compatible AI clients, providing a structured way to access advanced music generation capabilities.

What does Sunomcp connect to?

Sunomcp functions as an MCP server, specifically categorised as a Model Context Protocol server for AI music generation. It establishes a connection to the Suno AI music generation service. This connection is made possible through the AceDataCloud API, serving as an intermediary. Sunomcp is essential because Suno AI itself does not provide an official public API, making Sunomcp the conduit for external applications to interact with the service.

Core features and tools

Sunomcp exposes a set of callable tools for music generation and manipulation. These include suno_generate_music, suno_generate_custom_music, suno_extend_music, suno_cover_music, suno_stems_music, and suno_replace_section. Further capabilities are provided by suno_generate_with_persona, suno_generate_lyrics, suno_get_wav, suno_get_midi, and suno_get_task. It supports stdio and Streamable HTTP transport protocols, compatible with clients like Claude and VS Code.

Who is it for?

Sunomcp is intended for developers, AI agents, and users of AI assistants such as Claude, VS Code, Cursor, and JetBrains AI Assistant. These individuals and systems can use Sunomcp to integrate Suno AI music generation into their existing workflows without needing to interact directly with the Suno web application. This allows for programmatic access to music creation. Skip this if you prefer direct interaction with the Suno web application for music generation.

How to get started

The server authenticates using an API token or through a standard OAuth authorization flow. For stdio clients, the ACEDATACLOUD_API_TOKEN environment variable is used.

Use cases

• Generating AI music from text prompts, offering full control over lyrics, title, and music style.
• Extending existing songs from any timestamp or creating cover and remix versions in various styles.
• Integrating AI-generated music into a broader production pipeline, such as generating a track and then importing it into another MCP server like Reaper MCP for mixing and mastering.

Sunomcp by Acedatacloud provides a valuable bridge to Suno AI music generation for various AI clients and developers. Its range of callable tools supports diverse creative workflows, from initial song creation to extending and remixing existing tracks. The support for multiple transport protocols and AI clients makes it adaptable for different development environments.