MCPify your n8n workflows - the easy way!

Quick Overview

The video demonstrates how to use the n8n-mcp tool to execute n8n workflows remotely from any connected n8n instance, such as a local Cloud Code instance, by searching for workflows, retrieving their details, and executing them with specific inputs, successfully running a customer support workflow via a webhook trigger as a proof of concept.

Key Points: The presenter demonstrates executing an n8n workflow remotely using the tool via the command line interface (0:05). The initial test involved executing the 'Customer Support' workflow using the input 'HI', which successfully returned a greeting response (0:09, 0:16). The workflow execution process involves three steps using : , , and (0:38). The presenter shows the output of command (2:51), listing connected MCP servers, including the configured 'n8n-mcp' server which has read-only access for searching/details and destructive access for execution (3:06). The customer support workflow utilizes a complex RAG pipeline involving a that delegates tasks to planning, transcription, and verification agents (2:01). The final test executes the workflow using two inputs from a local CSV dataset ('final-eval-50 - Sheet1.csv') in parallel, demonstrating batch execution capability (7:42, 8:24). The successful execution of the test cases validates the ability to leverage the n8n-mcp functionality for remote workflow execution and evaluation directly from a local development environment (9:34).

Context: The video serves as a tutorial demonstrating the capabilities of a tool called 'MCPify' or , which extends the functionality of n8n workflows by allowing them to be controlled and executed remotely from a separate, connected n8n instance (the MCP server). The presenter uses this integration to run a complex, existing 'Customer Support' workflow that utilizes multiple specialized AI agents for RAG (Retrieval-Augmented Generation) tasks, showcasing the utility of this remote execution capability for testing and evaluation.

Detailed Analysis