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mcp ai tools integration anthropic claude api json-rpc enterprise-ai

MCP - Extend and Connect

Model Context Protocol implementations for building extensible AI systems with standardized tool integration.

MCP - Extend and Connect

Model Context Protocol

MCP (Model Context Protocol) is an open standard for connecting AI models to external data sources and tools. We build MCP-based systems that give AI models secure, structured access to your business systems.

What is MCP?

The USB-C for AI

MCP is like USB-C for AI—a universal standard that lets any compatible AI model connect to any compatible tool, regardless of vendor or implementation.

MCP provides a standardized way to:

  • Connect: Link AI models to databases, APIs, and services
  • Discover: Let models understand available capabilities dynamically
  • Execute: Safely run tools with proper authorization and validation
  • Context: Provide relevant information to models when needed

MCP Architecture


flowchart LR
    subgraph Host["AI Host"]
        A[Claude Desktop]
        B[Custom App]
        C[IDE Extension]
    end

    subgraph MCP["MCP Layer"]
        D[MCP Client]
        E[Protocol Handler]
        F[Security Layer]
    end

    subgraph Servers["MCP Servers"]
        G[Database Server]
        H[API Gateway]
        I[File System]
        J[Custom Tools]
    end

    subgraph Resources["Resources"]
        K[(PostgreSQL)]
        L[REST APIs]
        M[Documents]
        N[Services]
    end

    A & B & C --> D
    D --> E --> F
    F --> G & H & I & J
    G --> K
    H --> L
    I --> M
    J --> N

    style Host fill:#e0f2fe,stroke:#0284c7
    style MCP fill:#fef3c7,stroke:#d97706
    style Servers fill:#dcfce7,stroke:#16a34a
    style Resources fill:#f3e8ff,stroke:#9333ea

    

Our MCP Services

Custom MCP Server Development

We build MCP servers that expose your systems to AI:

Server TypeCapabilitiesExample Use Cases
Database ConnectorsSQL queries, schema discoveryCustomer lookup, reporting
API GatewaysREST/GraphQL proxyingCRM, ERP integration
File SystemsDocument reading, searchKnowledge base access
Custom ToolsBusiness-specific logicCalculations, workflows

Tool Development

Creating AI-accessible tools with proper interfaces:

  • Business Process Automation: Order processing, approvals, notifications
  • Data Retrieval: Complex queries across multiple sources
  • Calculations: Financial modeling, analytics, transformations
  • External API Orchestration: Multi-service coordination

Security & Governance

Enterprise Security

Every MCP implementation includes comprehensive security controls—authentication, authorization, audit logging, and rate limiting—to ensure safe AI access to business systems.
Security FeatureDescription
AuthenticationOAuth2, API keys, mTLS certificates
AuthorizationRole-based access, resource-level permissions
Rate LimitingPer-user and per-resource quotas
Audit LoggingComplete request/response logging
Input ValidationSchema validation, injection prevention

Integration Patterns

PatternDescriptionBest For
Read-Only AccessQuery databases, search documentsInformation retrieval, research
TransactionalExecute business operations safelyOrder processing, updates
AnalyticalComplex data analysis and reportingBusiness intelligence, insights
WorkflowMulti-step process automationApproval flows, orchestration

Technology Stack

ComponentOptions
LanguagesTypeScript, Python, Go, Rust
ProtocolJSON-RPC over stdio/SSE/HTTP
Transportstdio (local), SSE (web), WebSocket
HostingDocker, Kubernetes, serverless, local
SecuritymTLS, OAuth2, API keys, RBAC

Use Cases

Real-World Impact

MCP integrations have reduced data retrieval time by 80% and enabled natural language access to previously siloed systems.

For Customer Service

  • Agents that can look up orders, accounts, and history
  • Automated ticket routing and resolution
  • Real-time inventory and availability checks

For Developers

  • AI assistants with codebase access
  • Automated code review and documentation
  • Database query generation and execution

For Analytics

  • Natural language queries against data warehouses
  • Automated report generation
  • Cross-system data aggregation
  • AI with access to all company documents
  • Federated search across systems
  • Context-aware information retrieval

Implementation Process

  1. Discovery: Identify systems and data to expose to AI
  2. Design: Architecture for MCP servers and security model
  3. Development: Build MCP servers with proper tooling
  4. Testing: Validate functionality, security, and performance
  5. Deployment: Roll out with monitoring and logging
  6. Iteration: Add capabilities based on usage patterns

Ready to connect AI to your systems? Get started with MCP implementation.