MCP Scheduling Agent

Real Model Context Protocol integration with Cal.com via HTTP transport. This is production MCP - not a simulation! The agent dynamically discovers tools and makes real calendar API calls.

🤔 Why MCP? (vs Just Using REST APIs)

🔍

Dynamic Discovery: The agent doesn't know what tools exist until runtime. Watch it discover cal_check_availability, cal_create_booking, etc. without being pre-programmed. Try adding a new MCP server - same agent works instantly!

🔌

Standardized Protocol: One agent, many services. The same MCP-powered agent can work with Cal.com, Google Calendar, Outlook, Salesforce, or any MCP server without code changes. REST APIs require custom integration for each service.

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Self-Documenting: Tools describe themselves (inputs, outputs, descriptions). The agent reads the schema and knows how to use them - no hardcoded API documentation needed.

🏗️

Yes, MCP wraps REST APIs - but that's the point! MCP provides the standardization layer so AI agents can discover and use capabilities universally. Think of it like GraphQL's schema for AI tool discovery.

MCP Agent Chat

Real-time calendar access via Model Context Protocol

🤖

Ready to Connect

Click below to connect to Cal.com via MCP and start scheduling

MCP Connection Status

Server:

Disconnected

Transport:HTTP

Protocol:MCP 1.0

Tools Available:0

How MCP Discovery Works

1. Discovery Phase

→ Agent: "What tools do you have?"

→ MCP Server: "Here are 4 tools with schemas"

→ Agent learns capabilities at runtime

2. Execution Phase

→ Agent calls tool via MCP protocol

→ MCP Server translates to REST API

→ Results returned in standard format

The Key: Agent code never changes when you swap Cal.com for Google Calendar - just point to different MCP server!

MCP vs REST: Where Each Lives

┌─────────────────────────────────────────────────────────────┐
│                    🤖 AI AGENT LAYER                        │
│  "I don't care WHAT calendar - just give me MCP tools!"    │
└──────────────────────┬──────────────────────────────────────┘
                       │
           ╔═══════════▼═══════════╗
           ║   🔌 MCP PROTOCOL     ║  ← Standardization happens here
           ║   (Tool Discovery)     ║     Agent learns dynamically
           ╚═══════════╤═══════════╝
                       │
    ┌──────────────────┼──────────────────┐
    │                  │                  │
    ▼                  ▼                  ▼
┌─────────┐      ┌─────────┐      ┌─────────┐
│ Cal.com │      │ Google  │      │ Outlook │
│   MCP   │      │   MCP   │      │   MCP   │
│ Server  │      │ Server  │      │ Server  │
└────┬────┘      └────┬────┘      └────┬────┘
     │                │                │
     │ REST API       │ REST API       │ REST API
     ▼                ▼                ▼
   Cal.com         Google          Microsoft
  Calendar        Calendar         Calendar

KEY INSIGHT:
• MCP Protocol = Universal language for AI tools
• REST APIs = Service-specific implementation details
• Same agent works with ALL calendars via MCP
• NO code changes when switching providers!

Think: MCP is like USB-C (one connector, many devices)
      REST is like proprietary connectors (each different)

Build your own MCP agents

We implement Model Context Protocol for enterprise tools—calendars, CRMs, databases, and more.

Discuss MCP Implementation

🎯 The MCP Advantage

✓ Universal agents: One codebase, any service

✓ Zero config: Add MCP servers, no code changes

✓ Auto-adapting: New tools appear automatically

✓ Standard protocol: Like HTTP for AI tools

🔍 Discovery in Action

✓ Agent asks: "What can you do?"

✓ MCP responds with tool schemas

✓ Agent learns capabilities at runtime

✓ No hardcoding, no API docs needed

🚀 Why This Matters

✓ Composability: Mix calendars + CRM + databases

✓ Maintainability: Update servers, not agents

✓ Ecosystem: Share MCP servers across org

✓ Future-proof: New integrations = new MCP server