MCP Server
This example demonstrates how to create and run a SCIM server that exposes its functionality as MCP (Model Context Protocol) tools for AI agents. The MCP integration transforms SCIM operations into a structured tool interface that AI systems can discover, understand, and execute.
What This Example Demonstrates
- AI-Native SCIM Interface - Complete SCIM operations exposed as discoverable AI tools
- Tool Schema Generation - Automatic JSON Schema creation for AI agent understanding
- Multi-Tenant AI Support - Tenant-aware operations for enterprise AI deployment
- Error-Resilient AI Workflows - Structured error responses enabling AI decision making
- Schema Introspection - Dynamic discovery of SCIM capabilities and resource types
- Version-Aware AI Operations - Built-in concurrency control for AI-driven updates
Key Features Showcased
AI Tool Discovery
Watch how ScimMcpServer
automatically exposes SCIM operations as structured tools that AI agents can discover and understand without manual configuration.
Structured Tool Execution
See how complex SCIM operations are transformed into simple, parameterized tools that AI agents can execute with natural language input, complete with validation and error handling.
Schema-Driven AI Understanding
The example demonstrates how AI agents can introspect SCIM schemas to understand resource structures, attribute types, and validation rules - enabling intelligent data manipulation.
Enterprise AI Integration
Explore how McpServerInfo
provides comprehensive server capabilities to AI agents, enabling sophisticated identity management workflows.
Concepts Explored
This example bridges AI and identity management through several key concepts:
- MCP Integration - Complete AI agent support architecture
- Operation Handlers - Framework-agnostic operation abstraction
- SCIM Server - Core protocol implementation
- Schema Discovery - Dynamic capability advertisement
Perfect For Building
This example is essential if you're:
- Building AI-Powered Identity Systems - Automated user provisioning and management
- Creating Conversational HR Tools - Natural language identity operations
- Implementing Smart Workflows - AI-driven identity lifecycle management
- Enterprise AI Integration - Connecting AI agents to identity infrastructure
AI Agent Capabilities
The MCP server exposes comprehensive identity management tools:
User Management Tools
- Create User - Provision new user accounts with validation
- Get User - Retrieve user information by ID or username
- Update User - Modify user attributes with conflict detection
- Delete User - Deactivate or remove user accounts
- List Users - Query and filter user populations
- Search Users - Find users by specific attributes
Group Management Tools
- Create Group - Establish new groups with member management
- Manage Members - Add and remove group members
- Group Queries - Search and filter group collections
Schema Discovery Tools
- List Schemas - Discover available resource types and attributes
- Get Server Info - Understand server capabilities and configuration
- Introspect Resources - Examine resource structure and validation rules
AI Workflow Examples
The example demonstrates several AI agent interaction patterns:
Conversational User Creation
AI agents can create users from natural language descriptions, automatically mapping human-readable requests to proper SCIM resource structures.
Intelligent Error Recovery
When operations fail, the structured error responses help AI agents understand what went wrong and how to correct the issue.
Multi-Step Workflows
Complex identity operations can be broken down into multiple tool calls, with the AI agent orchestrating the sequence based on business logic.
Schema-Aware Operations
AI agents can inspect schemas before operations, ensuring they provide appropriate data types and required fields.
Running the Example
cargo run --example mcp_server_example --features mcp
The server starts listening on standard input/output for MCP protocol messages, ready to receive tool discovery and execution requests from AI agents.
Integration with AI Systems
This example works with various AI agent frameworks:
- Claude Desktop - Direct MCP protocol integration
- Custom AI Agents - JSON-RPC 2.0 protocol support
- Workflow Automation - Programmatic AI agent integration
- Enterprise AI Platforms - Structured tool interface compatibility
Production Considerations
The example illustrates enterprise-ready AI integration patterns:
- Security Boundaries - Tenant isolation for AI operations
- Audit Trails - Comprehensive logging of AI-driven changes
- Rate Limiting - Controlled AI agent access patterns
- Error Handling - Graceful failure modes for AI workflows
Multi-Tenant AI Operations
See how AI agents can work with tenant-scoped operations, enabling:
- Customer-Specific AI - Agents that operate within tenant boundaries
- Isolated AI Workflows - Preventing cross-tenant data access
- Tenant-Aware Automation - Context-sensitive AI operations
Next Steps
After exploring MCP integration:
- MCP with ETag Support - Add version control to AI operations
- Simple MCP Demo - Quick integration patterns
- MCP STDIO Server - Standard I/O protocol implementation
Source Code
View the complete implementation: examples/mcp_server_example.rs
Related Documentation
- Setting Up Your MCP Server - Step-by-step MCP setup guide
- MCP Integration Concepts - Architectural overview and patterns
- MCP API Reference - Complete MCP integration documentation