Proxmox Virtualization Manager

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Manages Proxmox VE environments including virtual machines, LXC containers, and cluster configurations with integrated automation patterns.

The Proxmox skill equips Claude with specialized knowledge for managing Proxmox Virtual Environment (VE) infrastructures, from individual homelab setups to enterprise-grade clusters. It provides comprehensive reference material for VM and container lifecycle management, network bridging, storage backends, and high-availability configurations. By leveraging native CLI tools like qm, pct, and pvecm, alongside Infrastructure as Code (IaC) patterns for Terraform and Ansible, this skill streamlines virtualization tasks, troubleshooting, and resource planning to ensure high performance and reliability.

주요 기능

01Infrastructure as Code patterns for Terraform and Ansible integration
02Standardized backup and restoration procedures using vzdump
03Cluster health monitoring and high-availability configuration guidance
040 GitHub stars
05Comprehensive VM and LXC lifecycle management commands (qm, pct)
06Advanced networking reference for bridges, VLANs, and SDN setups

사용 사례

01Troubleshooting cluster quorum issues or node resource bottlenecks
02Implementing automated infrastructure workflows using DevOps tools
03Provisioning and configuring Linux containers or Windows VMs with cloud-init
name description
proxmox
Proxmox VE virtualization platform reference for VM/LXC management, clustering, storage, and networking. Includes Terraform and Ansible integration patterns. Use when working with Proxmox configurations, CLI commands, troubleshooting VMs/containers, or planning resource allocation. Triggers: proxmox, qemu, kvm, lxc, pve, vm, container, cluster, vzdump, qm, pct.

Proxmox Skill

Proxmox VE virtualization platform reference for VM management, containers, clustering, and homelab infrastructure.

Quick Reference

# VM management (qm)
qm list                           # List all VMs
qm status <vmid>                  # Check VM status
qm start <vmid>                   # Start VM
qm stop <vmid>                    # Stop VM (graceful)
qm shutdown <vmid>                # Shutdown VM (ACPI)
qm unlock <vmid>                  # Remove lock
qm config <vmid>                  # Show VM config

# Container management (pct)
pct list                          # List all containers
pct status <ctid>                 # Check container status
pct start <ctid>                  # Start container
pct stop <ctid>                   # Stop container
pct enter <ctid>                  # Enter container shell

# Cluster management (pvecm)
pvecm status                      # Cluster status and quorum
pvecm nodes                       # List cluster nodes

# API shell (pvesh)
pvesh get /nodes                  # List nodes via API
pvesh get /nodes/<node>/status    # Node resource status

# Backup (vzdump)
vzdump <vmid> --mode snapshot --storage <storage>
vzdump --all --compress zstd

Reference Files

Load on-demand based on task:

Topic File When to Load
VM vs LXC vm-lxc.md Choosing virtualization type
Docker Hosting docker-hosting.md Running Docker on Proxmox
Networking networking.md Bridges, VLANs, SDN, firewall
Storage storage.md Storage backends, content types
Cloud-init cloud-init-templates.md VM provisioning with cloud-init
Clustering clustering.md HA, quorum, fencing
Backup backup.md vzdump modes, restore
CLI Tools cli-tools.md qm, pct, pvecm, pvesh commands
Troubleshooting troubleshooting.md Common errors, diagnostics
Automation Tools automation-tools.md Terraform/Ansible integration

Validation Checklist

Before deploying VMs/containers:

  • Cluster status healthy (pvecm status)
  • Node resources available (CPU, RAM, disk)
  • Storage accessible and mounted
  • Network bridges configured correctly
  • VLAN tags match network design
  • Resource allocation within node limits
  • HA configuration correct (if enabled)
  • Backup schedule in place
  • Naming convention followed

VM vs LXC Quick Decision

Factor Use VM Use LXC
OS Windows, BSD, any Linux only
Isolation Full kernel isolation Shared kernel
Performance Good Better (lighter)
Startup Slower Fast
Density Lower Higher
Complexity Any workload Simple services

Homelab Network VLANs

VLAN Purpose Proxmox Bridge
5 Management (Web UI, API, SSH) vmbr5
1 Trusted network vmbr0
11 Storage (NFS/Ceph, MTU 9000) vmbr11
12 High-speed transfers vmbr12