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Building Custom MCP Tools for Azure AI Foundry Agents (with Cosmos DB GraphRAG)
In this video we build a complete flow for using custom MCP tools with an Azure AI Foundry Agent.
We’ll start by designing and implementing a Python-based MCP server that exposes GraphRAG tools over HTTP, then deploy it as an Azure Function and wire it into an Azure AI Foundry Agent so the agent can query a Cosmos DB Gremlin graph without knowing anything about the underlying data source.
What we cover
• How the MCP server is designed and how it hosts custom tools
• The HTTP endpoints behind the server:
• A typical MCP request/response flow between an agent and the server
• How the MCP tools encapsulate all the GraphRAG / Cosmos DB Gremlin logic
• Creating an Azure AI Foundry Agent, attaching the MCP server as a tool, and testing end-to-end
By the end, you’ll see how to:
• Wrap your own Python logic as MCP tools
• Host those tools in a lightweight cloud service (Azure Functions)
• Let Azure AI Foundry agents call into your GraphRAG backend via MCP instead of bespoke REST endpoints
Code & related resources
• ✅ GitHub repo (MCP server + sample tools): https://github.com/robkerr/robkerrai-demo-code/tree/main/create-mcp-server-ai-foundry
• ▶️ Related video – GraphRAG with Neo4j in a Docker stack: https://youtu.be/qqhvzq24WqE
If you’re already using RAG and want a cleaner, more standard way for agents to call your tools and data sources, this walk-through should give you a concrete pattern to reuse.
Chapters
0:00 Introduction
0:38 MCP Architecture
1:43 What's MCP?
2:49 Implementation Plan
5:03 MCP Flow
6:13 Code Walk-Through
13:49 Create AI Foundry Agent
20:03 Test AI Foundry Agent
Видео Building Custom MCP Tools for Azure AI Foundry Agents (with Cosmos DB GraphRAG) канала Rob Kerr
We’ll start by designing and implementing a Python-based MCP server that exposes GraphRAG tools over HTTP, then deploy it as an Azure Function and wire it into an Azure AI Foundry Agent so the agent can query a Cosmos DB Gremlin graph without knowing anything about the underlying data source.
What we cover
• How the MCP server is designed and how it hosts custom tools
• The HTTP endpoints behind the server:
• A typical MCP request/response flow between an agent and the server
• How the MCP tools encapsulate all the GraphRAG / Cosmos DB Gremlin logic
• Creating an Azure AI Foundry Agent, attaching the MCP server as a tool, and testing end-to-end
By the end, you’ll see how to:
• Wrap your own Python logic as MCP tools
• Host those tools in a lightweight cloud service (Azure Functions)
• Let Azure AI Foundry agents call into your GraphRAG backend via MCP instead of bespoke REST endpoints
Code & related resources
• ✅ GitHub repo (MCP server + sample tools): https://github.com/robkerr/robkerrai-demo-code/tree/main/create-mcp-server-ai-foundry
• ▶️ Related video – GraphRAG with Neo4j in a Docker stack: https://youtu.be/qqhvzq24WqE
If you’re already using RAG and want a cleaner, more standard way for agents to call your tools and data sources, this walk-through should give you a concrete pattern to reuse.
Chapters
0:00 Introduction
0:38 MCP Architecture
1:43 What's MCP?
2:49 Implementation Plan
5:03 MCP Flow
6:13 Code Walk-Through
13:49 Create AI Foundry Agent
20:03 Test AI Foundry Agent
Видео Building Custom MCP Tools for Azure AI Foundry Agents (with Cosmos DB GraphRAG) канала Rob Kerr
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1 декабря 2025 г. 22:02:27
00:20:04
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