Author Learn Microsoft AI provides a hands-on guide for developers on integrating intelligent plugins with MCP-powered AI agents using Semantic Kernel. The tutorial covers everything from setting up the MCP Server and creating a Semantic Kernel plugin to registering and invoking the plugin in real time. This content is particularly relevant for those building smart, AI-driven applications and looking for practical demonstration of plugin integration with key Microsoft technologies.

Overview

In this comprehensive tutorial, Learn Microsoft AI walks developers through the step-by-step process of integrating intelligent plugins with AI agents powered by MCP (Microsoft Copilot Platform) using Semantic Kernel. The guide is tailored for individuals aiming to build advanced, AI-driven applications by leveraging Microsoft’s AI ecosystem.

Key Topics Covered

  • Setting up MCP Server: The tutorial starts by outlining how to initialize and configure the MCP Server, which serves as the backbone for running AI-powered workflows.
  • Creating and Registering a Semantic Kernel Plugin: Next, it demonstrates how to create a custom plugin using Semantic Kernel technology and register it within the system so that it can be accessed by AI agents.
  • Invoking the Plugin via MCP: The video explains how to trigger the plugin through MCP, enabling seamless integration and execution within your AI solutions.
  • Real-time Integration Demo: Finally, a live demonstration shows the actual workflow, highlighting the end-to-end connection between plugins, the Semantic Kernel, and MCP-enabled agents.

Technologies and Tools

The tutorial leverages:

  • Semantic Kernel for defining and managing plugins
  • MCP for AI agent orchestration
  • .NET, OpenAI, and Copilot Studio for development, deployment, and management tools

Target Audience

This guide is ideal for developers and technical professionals interested in expanding their knowledge of Microsoft’s AI platform, specifically those who want to build intelligent solutions using plugins and agent-based systems.