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Dify MCP Server

MCP Server

Invoke Dify workflows via Model Context Protocol

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About

The Dify MCP Server bridges the Model Context Protocol with Dify, enabling clients to trigger Dify workflows by calling MCP tools. It supports configuration via environment variables or a config file, simplifying integration for cloud-hosted platforms.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

Overview of the Dify MCP Server

The Dify MCP Server bridges the gap between AI assistants and the powerful workflow engine of Dify. By exposing Dify workflows as MCP tools, it allows assistants such as Claude to invoke complex business logic and data pipelines directly from the conversation context. This eliminates the need for custom integration code, enabling developers to treat any Dify workflow—whether it’s a simple data retrieval routine or an intricate multi‑step process—as a first‑class tool within the MCP ecosystem.

Solving Real‑World Integration Pain Points

In many production environments, AI assistants must interact with proprietary services, internal APIs, or third‑party workflows. Traditionally this requires writing adapters for each service and maintaining separate authentication mechanisms. The Dify MCP Server centralizes configuration through environment variables or a lightweight , supporting multiple App Secret Keys (SKs) in one place. Developers can therefore expose dozens of workflows without duplicating code, while the server handles authentication, request routing, and response normalization behind the scenes.

Core Capabilities

  • Workflow Invocation: Each Dify App SK is mapped to an MCP tool, enabling the assistant to call the workflow with a single request. The server translates the MCP tool call into a Dify API request, passing along any arguments supplied by the user.
  • Multi‑Workflow Support: By listing several SKs, a single MCP server instance can expose an entire suite of workflows. This is ideal for organizations that maintain multiple, versioned processes.
  • Environment‑First Configuration: The server supports both environment variables and a configuration file, making it suitable for cloud deployments (e.g., Kubernetes secrets) as well as local development.
  • Plug‑and‑Play Integration: The server can be launched via Smithery, , or a local command. This flexibility allows teams to adopt the server in CI/CD pipelines, developer machines, or production hosts with minimal friction.

Use Cases

  • Customer Support Automation: An assistant can trigger a Dify workflow that pulls ticket information, updates status, or escalates issues without leaving the chat interface.
  • Data Retrieval and Analysis: Complex queries—such as aggregating sales data across multiple regions—can be encapsulated in a Dify workflow and called on demand by the assistant.
  • Enterprise Workflow Orchestration: Internal approval chains, document generation, or HR onboarding steps can be exposed as tools, letting the assistant coordinate multi‑step processes seamlessly.
  • Rapid Prototyping: Developers can quickly expose new Dify workflows to the assistant for testing or demo purposes without touching the assistant’s core code.

Unique Advantages

  • Zero Code for Integration: Once the server is running, adding a new workflow only requires updating the SK list—no changes to the assistant’s codebase.
  • Secure, Scoped Access: Each App SK is scoped to a specific workflow, ensuring that the assistant only has permission to invoke intended actions.
  • Consistent Tool Interface: The MCP server normalizes responses, so the assistant receives data in a predictable format regardless of the underlying Dify workflow logic.
  • Scalable Deployment: The server can be containerized and scaled horizontally, making it suitable for both small teams and large enterprises.

In summary, the Dify MCP Server transforms any Dify workflow into an instantly usable tool for AI assistants. It streamlines integration, centralizes configuration, and unlocks powerful automation capabilities across a wide range of business scenarios.