VMware vSphere MCP Server

An MCP Server that acts as a standardized interface exposing VMware vCenter functionalities as Tools directly consumable by AI models

A comprehensive Model Context Protocol (MCP) server for VMware vSphere management, providing AI agents with full access to virtual infrastructure operations through a secure, Dockerized environment.

- List VMs- Get all virtual machines with power states
- VM Details- Detailed information about specific VMs
- Power Operations- Start, stop, restart VMs
- Resource Monitoring- CPU, RAM, and network utilization
- Storage Information- Disk usage and datastore details

- Snapshot Management- Create, list, and delete VM snapshots
- Template Management- List and manage VM templates
- Bulk Operations- Power operations on multiple VMs
- Resource Modification- Change CPU and memory allocation
- Network Management- Port groups and network configuration

- Performance Monitoring- Real-time resource utilization
- Event Logging- VM events and system logs
- Alarm Management- Active alarms and alerts
- Comprehensive Reports- Environment-wide analytics
- Resource Utilization- CPU, memory, and storage summaries

- Confirmation System- All destructive operations require explicit confirmation
- Error Handling- Comprehensive error messages and troubleshooting
- Secure Authentication- Environment-based credential management
- Audit Trail- Clear logging of all operations

- Docker and Docker Compose
- VMware vCenter Server with REST API access
- Valid vCenter credentials

cp env.example .env # Edit .env with your vCenter credentials

Create a.envfile with the following variables:

# vCenter Connection VCENTER_HOST=vcenter.domain.local VCENTER_USER=username@domain.local VCENTER_PASSWORD=your_password_here INSECURE=True # Server Configuration SERVER_HOST=0.0.0.0 SERVER_PORT=8000

Add the following configuration to youranythingllm_mcp_servers.json:

{ "mcpServers": { "vsphere-mcp-server": { "name": "vSphere MCP Server", "type": "streamable", "url": "http://vsphere-mcp-server:8000/mcp", "auth_token": null, "enabled": true } } }

Destructive Operations (Require Confirmation)

Destructive operations require explicit confirmation by settingconfirm=True

All destructive operations require explicit confirmation:

# First call - shows warning delete_vm(vm_id="MyServer", confirm=False) # Returns: DESTRUCTIVE OPERATION: Delete VM MyServer... # Second call - executes operation delete_vm(vm_id="MyServer", confirm=True) # Returns: VM MyServer deleted successfully

- Credentials stored in environment variables
- No hardcoded passwords
- Secure Docker deployment
- SSL/TLS support with configurable verification

# List all VMs "Show me all virtual machines" # Get VM details "Get details for VM WebServer01" # Power operations "Power on the VM DatabaseServer" "Restart all VMs: WebServer01, WebServer02, WebServer03"

# Performance monitoring "Show me CPU and memory usage for all VMs" "Which VMs have high resource usage?" # Storage monitoring "Show me datastore usage" "Which VMs have disk usage over 90%?" # Comprehensive reporting "Generate a complete report of the vSphere environment" "Show me resource utilization summary"

# Create snapshots "Create a snapshot of VM WebServer01 before updates" # List snapshots "Show me all snapshots for VM DatabaseServer" # Delete snapshots (requires confirmation) "Delete snapshot 'backup-2024-01-15' from VM WebServer01"

Destructive Operations (with confirmation)

# VM deletion (requires confirmation) "Delete VM TestServer" # Shows warning "Delete VM TestServer with confirmation" # Executes deletion # Resource modification (requires confirmation) "Modify VM WebServer01 to have 8 CPUs and 16GB RAM" "Modify VM WebServer01 to have 8 CPUs and 16GB RAM with confirmation" # Bulk operations (requires confirmation) "Delete VMs: OldServer1, OldServer2, OldServer3" "Delete VMs: OldServer1, OldServer2, OldServer3 with confirmation"

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