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🕸️ Multiagent Systems and AIOp March 7, 2026 12 min read

Model Context Protocol (MCP): building integrations guide

Multiagent Systems and AIOp Enterprise Guide 2026 SCALE D2C D2C Technology Multiagent Systems and AIOp Enterprise Guide 2026

Model Context Protocol (MCP) is the open standard from Anthropic that enables AI models to connect to any data source or tool through a universal integration interface — the USB-C of AI connectivity. Published in November 2024 and adopted by Claude, OpenAI, Google Gemini, and all major AI coding tools within months, MCP has become the integration standard that eliminates bespoke AI-to-tool connectors. This guide covers the MCP architecture, building MCP servers, and the enterprise integration patterns that deliver production value.

What Is MCP?

Model Context Protocol — Definition
An open standard (MIT-licensed) that defines how AI models (MCP clients) communicate with data sources and tools (MCP servers) through a standardised JSON-RPC 2.0 protocol over stdio or HTTP/SSE transport. An MCP server exposes three types of capabilities: Resources (data the model can read — documents, database records, file system), Tools (functions the model can execute — API calls, database writes, computations), and Prompts (template prompt structures). Any MCP-compatible host (Claude, Claude Code, Cursor, Windsurf, VS Code Copilot) can use any MCP server without custom integration code.

MCP Architecture

🖥️ MCP Host
  • The AI application that manages connections — Claude Desktop, Claude Code, Cursor, VS Code
  • Maintains connections to one or more MCP servers simultaneously
  • Exposes MCP capabilities to the AI model as available tools
🔌 MCP Server
  • A program (TypeScript, Python, Go, Rust) that exposes Resources, Tools, and Prompts
  • Can wrap any API, database, file system, or service
  • Runs locally (stdio) or remotely (HTTP/SSE) — both supported
📦 Resources
  • Data the model can read — identified by URI
  • Examples: git repository files, database records, Confluence pages, Slack messages
  • Can be static or dynamic (computed at read time)
🔧 Tools
  • Functions the model can invoke — with JSON schema input/output
  • Examples: create_issue, send_email, query_database, run_test
  • Model calls tools based on reasoning about the task at hand

Building an MCP Server (TypeScript)

01
Step 1
Scaffold with MCP SDK

Install the official SDK: npm install @modelcontextprotocol/sdk. Use the TypeScript starter template from github.com/modelcontextprotocol/create-typescript-server: npx @modelcontextprotocol/create-server my-server. This scaffolds a working MCP server with the connection lifecycle, error handling, and tool/resource patterns. The server.ts file is where you add your specific tools and resources. Build with npm run build; test locally with the MCP Inspector: npx @modelcontextprotocol/inspector dist/server.js.

@modelcontextprotocol/sdkMCP InspectorTypeScript template
02
Step 2
Define Tools and Resources

Add a tool using server.tool(name, description, inputSchema, handler). The inputSchema is a Zod schema — the MCP host uses this to validate inputs and generate UI. The handler function receives validated inputs and returns a result. Add a resource using server.resource(name, description, uri, handler). Resources are read-only data; tools have side effects. Define clear, descriptive tool names and descriptions — the AI model uses them to decide which tool to call.

server.tool()Zod input schemaClear descriptions
03
Step 3
Connect to Claude Desktop or Claude Code

Claude Desktop: add your server to ~/Library/Application Support/Claude/claude_desktop_config.json under "mcpServers". Claude Code: use claude mcp add my-server node /path/to/dist/server.js. Restart the host to pick up the new server. Test by asking the AI to use one of your tools. For remote (HTTP) servers, deploy as a standard Node.js service and configure the URL in the MCP host. Integrate into your deployment pipeline for enterprise server management.

claude_desktop_configclaude mcp addRemote HTTP server
2,000+
MCP servers in the community registry as of early 2026 — covering every major developer tool, SaaS platform, database, and API. Most enterprise integrations can start from an existing server
Universal
Adoption by all major AI tools — Claude, GPT-4o via OpenAI SDK, Google Gemini, Cursor, Windsurf, GitHub Copilot. Write one MCP server; it works with every MCP-compatible AI tool
MIT
Licence for the MCP specification and all official SDKs — build enterprise MCP servers without licence concerns or vendor dependencies beyond your chosen AI model provider
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Our software development and API integration teams build custom MCP servers that connect enterprise systems — ERP, CRM, data warehouses, internal APIs — to AI tools across your engineering organisation. Book a free advisory session.

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