
AI Agent for Pulumi MCP Server
Integrate Pulumi MCP Server with your favorite Model Context Protocol (MCP) clients like VSCode, Cline, and Claude Desktop. This integration streamlines infrastructure as code workflows by connecting Pulumi automation with natural language model interfaces, enabling effortless deployment, configuration, and management of cloud resources using familiar tools.

Effortless Pulumi Automation Across MCP Clients
Connect Pulumi MCP Server to top MCP clients and unlock seamless infrastructure automation. By leveraging this integration, developers can deploy and manage cloud infrastructure directly from tools like VSCode and Cline, streamlining workflows and boosting productivity.
- Multi-Client Support.
- Works seamlessly with popular MCP clients like VSCode, Cline, and Claude Desktop.
- Cloud Resource Automation.
- Automate cloud deployments and management tasks using Pulumi infrastructure as code.
- Fast Configuration.
- Quickly configure and connect your MCP clients with simple JSON settings and Docker.
- Secure Integration.
- Uses Pulumi access tokens and environment variables for secure authentication.

Unified Workflow for Developers
Centralize your infrastructure tasks within the tools you already use. The Pulumi MCP Server integration eliminates the need to switch contexts, enabling developers to interact with cloud resources using natural language and familiar code editors.
- Centralized Operations.
- Manage all your infrastructure activities from within your favorite development environment.
- Natural Language Interaction.
- Use natural language prompts to control cloud automation workflows.

Simple, Secure Deployment
Deploy the Pulumi MCP Server in seconds using Docker, and manage your authentication securely with Pulumi access tokens. This integration ensures a streamlined, secure, and scalable foundation for your infrastructure automation.
- Docker-Based Deployment.
- Spin up the Pulumi MCP Server in isolated, reproducible containers.
- Token-Based Authentication.
- Protect your infrastructure with secure access token management.
Get Started with MCP Server
Easily connect your favorite client to the MCP Server using our sample configuration and start enhancing your development workflow today.
What is Pulumi
Pulumi is a leading infrastructure as code (IaC) company that enables developers and organizations to define, deploy, and manage cloud infrastructure using familiar programming languages such as Python, TypeScript, Go, and .NET. Pulumi's platform allows users to automate cloud resource provisioning, secure secrets management, and manage infrastructure across multiple cloud environments including AWS, Azure, Google Cloud, and Kubernetes. By bridging traditional software engineering practices with infrastructure management, Pulumi empowers teams to deliver reliable, scalable, and secure cloud solutions efficiently.
Capabilities
What we can do with Pulumi
With Pulumi, users can programmatically create, deploy, and manage cloud infrastructure using their favorite programming languages. The platform provides robust automation, secrets management, policy enforcement, and multi-cloud support, streamlining the process of building and operating cloud-scale applications.
- Multi-language IaC
- Define infrastructure using Python, TypeScript, Go, and more.
- Multi-cloud support
- Provision and manage resources across AWS, Azure, GCP, and Kubernetes.
- Secrets Management
- Securely handle and distribute sensitive information.
- Automated CI/CD
- Integrate infrastructure deployments into continuous delivery pipelines.
- Policy as Code
- Enforce compliance and governance with custom policies.

How AI Agents Benefit from Pulumi
AI agents can leverage Pulumi’s Model Context Protocol (MCP) server to automate infrastructure provisioning, scaling, and management tasks. By integrating with Pulumi, AI-driven workflows can dynamically adjust cloud resources, enhance deployment efficiency, and maintain compliance—all through code-driven automation. This empowers AI agents to execute sophisticated cloud operations reliably and securely.