Proxmox VE, the reference VM management platform

XDA published a piece this week about turning a NAS into a Proxmox home server, with TrueNAS running inside a VM for storage duties. That is one of the strongest home-lab configurations in 2026, and it lives or dies on the tools you use to manage the VMs. Proxmox VE’s own web UI is the default, and there is a real ecosystem around it: better dashboards, alternative front-ends, migration helpers, and cluster balancers. We tested the seven best apps for Proxmox VM management in 2026, ranging from the built-in web UI to third-party tools that add features the base install does not ship.

Every pick here runs on Linux (Proxmox itself is Debian) with a web UI accessible from Windows, macOS, or Linux. Six are free and open-source. One is commercial with a free community edition. The list covers the reference UI, alternatives when you want a different opinion, and the specialised tools that fill gaps in the stock Proxmox install.

What to look for in a Proxmox management app

Quick comparison

AppBest forLicenseMulti-nodeBackup integration
Proxmox VE web UIDefault managementFree, AGPLYesYes (PBS)
virt-managerLocal Linux desktop for KVMFree, GPLNoManual
CockpitWeb console for any Linux serverFree, LGPLLooseManual
Xen OrchestraFull stack for Xen and XCP-ngFree CE, paidYesYes
oVirtEnterprise-grade RHV successorFree, ApacheYesYes
WebVirtCloudLightweight KVM/QEMU web UIFree, ApacheLooseManual
ProxLBCluster load balancing helperFree, MITYesBackup-agnostic

The 7 best apps for Proxmox VM management

1. Proxmox VE web UI, the reference

The Proxmox VE built-in web UI is where the default answer lives. Every VM operation, storage config, cluster action, and firewall rule has a form. Recent releases added a modern SDN configuration surface and cleaner backup integration with Proxmox Backup Server. Home lab tutorials use this UI because it is complete enough that most users never leave.

Where it falls short: No community subscription banner appears on every login until you add the enterprise repo or comment out the popup. Some power features still require a shell.

Pricing: Free with the community repository. Enterprise support subscriptions from around €110 per CPU per year.

Platforms: Server runs on Debian; UI is browser-based on Windows, macOS, and Linux.

Download: proxmox.com/en/proxmox-virtual-environment

Bottom line: The first tool. Everything else on this list adds to it, not replaces it.

2. virt-manager, native Linux desktop for KVM

virt-manager is the GNOME desktop client for libvirt. Runs on your workstation, connects to any Proxmox or plain KVM host over SSH, and shows a native window per VM. When you want to interact with a VM’s console without opening a browser tab, virt-manager still has the fastest workflow. It is also the tool of choice when you want to run a couple of VMs directly on your desktop rather than on a server.

Where it falls short: Linux desktop only. Not a cluster tool. Multi-host workflow is one-connection-at-a-time.

Pricing: Free, GPL.

Platforms: Linux.

Download: virt-manager.org

Bottom line: The pick for interactive VM work from a Linux desktop, especially over SSH to a headless host.

3. Cockpit, web console for any Linux server

Cockpit is a lightweight web dashboard for a Linux server that installs from the distro’s package manager. Its virtualisation plugin manages KVM VMs directly, and there is a Proxmox plugin community project that surfaces Proxmox nodes alongside. On a mixed home lab (a Proxmox box plus a couple of “just Linux” servers), Cockpit gives one dashboard to see all of them.

Where it falls short: Not a full replacement for the Proxmox UI. Some Proxmox-specific features stay in the native web UI.

Pricing: Free, LGPL.

Platforms: Linux server; web UI accessible from anywhere.

Download: cockpit-project.org

Bottom line: The pick when your lab is not 100 percent Proxmox and you want a shared dashboard.

4. Xen Orchestra, for Xen and XCP-ng users looking to compare

Xen Orchestra is not a Proxmox tool per se. It is the reason people who considered Proxmox sometimes look at XCP-ng instead. It ships a polished web UI, first-class backup, cluster balancing, and self-service portals. If you are evaluating Proxmox and want to know what the alternative looks like, this is the direct comparison. Some users run both, Proxmox for KVM, XCP-ng for Xen workloads.

Where it falls short: Not managing Proxmox itself. Its inclusion here is for the migration and comparison case.

Pricing:

Platforms: Linux; web UI accessible from Windows, macOS, Linux.

Download: xen-orchestra.com · GitHub

Bottom line: The comparison pick. Worth understanding even if you stay on Proxmox.

5. oVirt, enterprise-grade for larger labs

oVirt is the upstream project behind the former Red Hat Virtualization. It targets multi-host clusters with shared storage, HA policies, and a management engine that scales further than typical home-lab needs. Some Proxmox users hitting cluster ceilings look at oVirt when their labs graduate to “small business” territory.

Where it falls short: Heavy. Overkill for a two-node home lab. Development pace slowed after Red Hat’s shift.

Pricing: Free, Apache 2.0.

Platforms: Linux; web UI accessible from any modern browser.

Download: ovirt.org

Bottom line: The pick when the home lab starts looking like a small data centre.

6. WebVirtCloud, lightweight KVM web UI

WebVirtCloud is a Django-based front-end for libvirt/KVM. Compared with Proxmox’s full stack, WebVirtCloud stays out of the way and manages the VMs directly. Useful when a lab host is not Proxmox but plain Linux with KVM, or when you want a second, simpler interface for a subset of workloads.

Where it falls short: Not a Proxmox client; connects to libvirt. Cluster features are minimal.

Pricing: Free, Apache 2.0.

Platforms: Linux server; browser UI from anywhere.

Download: github.com/retspen/webvirtcloud

Bottom line: The pick for a plain-KVM host alongside your Proxmox cluster.

7. ProxLB, load balancing for Proxmox clusters

ProxLB is a small tool that closes a real gap in Proxmox: automatic load balancing of VMs across nodes based on CPU, memory, or disk pressure. Point it at a cluster, define thresholds, and it lives-migrates VMs to keep the pressure balanced. The kind of quality-of-life fix that turns a two-node cluster into something that self-manages.

Where it falls short: Requires a Proxmox cluster with live-migration set up. Configuration lives in a YAML file, not a GUI.

Pricing: Free, MIT.

Platforms: Runs anywhere it can reach the Proxmox API.

Download: github.com/gyptazy/ProxLB

Bottom line: The pick when the cluster is growing and you want VMs to move themselves.

How to pick the right one

If you also run containers on the same host, our LXC container management article covers the Docker and LXC side of the same setup.

FAQ

Is the Proxmox VE web UI enough for a home lab? For most users, yes. Add a single companion tool for the specific gap you hit (dashboards, load balancing, plain-KVM hosts).

Do I need Proxmox Backup Server? Not for a single-host home lab; the built-in vzdump handles it. Once you have two or more hosts, PBS is worth the small extra setup.

Can I manage Proxmox from macOS or Windows? Yes. The Proxmox web UI is browser-based and works from any modern browser on any OS.

What is a Proxmox alternative if I want something lighter? WebVirtCloud plus plain KVM, or Cockpit’s virtualisation plugin, gives a lighter stack. Trade-off is fewer features per install.

Do these tools support ZFS and Ceph storage? The Proxmox web UI supports both natively. Cockpit and virt-manager show them but need Proxmox tooling for cluster-level actions.