Model Context Protocol (MCP) for Enterprises: Secure Integration with AWS, Azure, and Google Cloud- 2025 Update




The Model Context Protocol (MCP), open-sourced by Anthropic in November 2024, has rapidly become the cross-cloud standard for connecting AI agents to tools, services, and data across the enterprise landscape. Since its release, major cloud vendors and leading AI providers have shipped first-party MCP integrations, and independent platforms are quickly expanding the ecosystem.

1. MCP Overview & Ecosystem

What is MCP?

Who’s Adopting MCP?

2. AWS: MCP at Cloud Scale

What’s New (July 2025):

Integration Steps:

  1. Deploy the desired MCP server using Docker or ECS, leveraging official AWS guidance.
  2. Harden endpoints with TLS, Cognito, WAF, and IAM roles.
  3. Define API visibility/capabilities—e.g., msk.getClusterInfo.
  4. Issue OAuth tokens or IAM credentials for secure access.
  5. Connect with AI clients (Claude Desktop, OpenAI, Bedrock, etc.).
  6. Monitor via CloudWatch and OpenTelemetry for observability.
  7. Rotate credentials and review access policies regularly.

Why AWS Leads:

3. Microsoft Azure: MCP in Copilot & AI Foundry

What’s New:

Integration Steps:

  1. Build/launch an MCP server in Azure Container Apps or Azure Functions.
  2. Secure endpoints using TLS, Azure AD (OAuth), and RBAC.
  3. Publish agent for Copilot Studio or Claude integration.
  4. Connect to backend tools via MCP schemas: CosmosDB, Bing API, SQL, etc.
  5. Use Azure Monitor and Application Insights for telemetry and security monitoring.

Why Azure Stands Out:

4. Google Cloud: MCP Toolbox & Vertex AI

What’s New:

Integration Steps:

  1. Launch MCP Toolbox from Cloud Marketplace or deploy as a managed microservice.
  2. Secure with IAM, VPC Service Controls, and OAuth2.
  3. Register MCP tools and expose APIs for AI agent consumption.
  4. Invoke database operations (e.g., bigquery.runQuery) via Vertex AI or MCP-enabled LLMs.
  5. Audit all access via Cloud Audit Logs and Binary Authorization.

Why GCP Excels:

5. Cross-Cloud Best Practices

Area Best Practices (2025)
Security OAuth 2.0, TLS, fine-grained IAM/AAD/Cognito roles, audit logs, Zero Trust config
Discovery Dynamic MCP capability discovery at startup; schemas must be kept up-to-date
Schema Well-defined JSON-RPC schemas with robust error/edge-case handling
Performance Use batching, caching, and paginated discovery for large tools lists
Testing Test invalid parameters, multi-agent concurrency, logging, and traceability
Monitoring Export telemetry via OpenTelemetry, CloudWatch, Azure Monitor, and App Insights

6. Security & Risk Management (2025 Threat Landscape)

Known Risks:

Recent Vulnerabilities:

7. Expanded Ecosystem: Beyond the “Big Three”

8. Example: AWS MSK MCP Integration Flow

  1. Deploy AWS MSK MCP server (use official AWS GitHub sample).
  2. Secure with Cognito (OAuth2), WAF, IAM.
  3. Configure available API actions and token rotation.
  4. Connect supported AI agent (Claude, OpenAI, Bedrock).
  5. Use agentic invocations, e.g., msk.getClusterInfo.
  6. Monitor and analyze with CloudWatch/OpenTelemetry.
  7. Iterate by adding new tool APIs; enforce least privilege.

9. Summary (July 2025)


Michal Sutter is a data science professional with a Master of Science in Data Science from the University of Padova. With a solid foundation in statistical analysis, machine learning, and data engineering, Michal excels at transforming complex datasets into actionable insights.





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