Best VPN for Linux: GUI, CLI, Distros, and Routers
For a Linux desktop, prefer a provider that ships a signed repository or package, supports your distribution and architecture, and implements the kill switch inside its own app. Mullvad is a strong default for Debian/Ubuntu and Fedora on x86_64 or ARM64, with a full GUI, split tunneling, and WireGuard configs. Proton VPN offers official Linux apps and manual WireGuard/OpenVPN options. IVPN provides a native app and detailed command-line/manual setup. PIA has a mature Linux GUI plus scripts. NordVPN now documents a Linux GUI/CLI, and ExpressVPN publishes a Linux GUI for supported distributions.[1][2][3][4][5][6][7][8]
For privacy, pricing, and non-Linux device criteria, use the broader best VPN guide. Do not accept “Linux supported” when it means only a generic OpenVPN file. That can be sufficient for a headless server, but it does not automatically provide a kill switch, split tunneling, DNS protection, autostart, or desktop notifications. Verify the current repository, distro version, architecture, display server, and feature list before subscribing.
Last verified: 2026-08-05
Quick picks by Linux user
Editorial basis: This edition compares currently documented capabilities, plan terms, platform support, and published policies. We did not run a new cross-provider speed or streaming test for this update unless a specific test is described below. Treat the shortlist as providers to evaluate for the stated use case, not a permanent performance ranking.
| Linux user | Providers to check | Why | Main limitation |
|---|---|---|---|
| Desktop GUI on Debian/Ubuntu/Fedora | Mullvad, Proton VPN, IVPN, PIA, NordVPN, ExpressVPN | Official apps/repositories and graphical controls | Exact distro versions and Wayland behavior change[2:1][3:1][5:1][6:1][9][10] |
| Arch/Manjaro user | PIA, NordVPN, manual WireGuard from Mullvad/IVPN/Proton | Native/CLI or distribution/community packages plus manual configs | Community packages are not always provider-supported[2:2][3:2][4:1][7:1][9:1] |
| ARM64 desktop or SBC | Mullvad, manual WireGuard, provider CLI where published | Mullvad publishes ARM64 packages; WireGuard is widely available | GUI support and distro version are narrower on ARM[3:3] |
| Headless server | IVPN, Mullvad, Proton VPN, PIA scripts | Manual WireGuard/OpenVPN and command-line control | You must implement firewall, DNS, and service supervision carefully[2:3][3:4][4:2][7:2] |
| Maximum app parity | Mullvad, Proton VPN, PIA | Linux treated as a primary platform | Some features still differ from Windows/macOS[1:1][2:4][3:5][6:2] |
| Router plus Linux | Mullvad, IVPN, Proton VPN, PIA | Manual configs for both Linux and routers | Account device limits and key management must be tracked[1:2][2:5][3:6][5:2][6:3] |
GUI, CLI, or manual configuration?
Native GUI
A GUI is best for ordinary desktop use. It can display server load or location, control the kill switch, manage split tunneling, and integrate with the desktop keyring. It also gives the provider one supported network stack to troubleshoot.
Provider CLI
A CLI is appropriate for remote systems, scripting, keyboard-first users, and minimal desktops. A good CLI exposes server selection, protocol, autoconnect, status, logs, and firewall controls. Check whether it requires systemd and whether commands are stable across releases.
Manual WireGuard/OpenVPN
Manual configs maximize portability and minimize proprietary components. They are excellent for headless systems and unsupported distributions, but the VPN provider's app-level features may disappear. The distribution's NetworkManager or systemd-networkd becomes responsible for startup and DNS, while nftables/iptables handles the kill switch.
Provider shortlist
Mullvad: full Linux app and ARM64 packages
Mullvad's current Linux page publishes repository instructions for Debian/Ubuntu and Fedora, packages for x86_64 and ARM64, and version requirements. The app includes location selection, split tunneling, an advanced kill switch, obfuscation, and manual WireGuard fallback.[3:7]
Best for: desktop Linux and ARM64 users who want first-class support.
Strengths: signed packages, clear minimum versions, open-source app, and flat €5 price.
Limitations: no port forwarding and five account devices. Older distributions may fall outside official support.
Check: compare your distro release with the current download page; do not assume a package built for Ubuntu 24.04 supports an older derivative.
Proton VPN: broad Linux and manual options
Proton documents two official ways to use the service on Linux and provides native application and manual WireGuard/OpenVPN guides. Paid plans add broad server selection, P2P, streaming, and port forwarding on supported setups.[1:3][2:6]
Best for: users who want Linux plus mobile/TV ecosystems and a free plan for initial evaluation.
Strengths: provider-supported app, open-source clients, Stealth/WireGuard options, and current support documentation.
Limitations: feature support depends on desktop environment, distribution, and plan. The free app is not a complete preview of paid P2P/streaming behavior.
Check: verify the distro and desktop prerequisites and whether split tunneling or port forwarding exists in the current Linux app version.
IVPN: technical app and manual guides
IVPN supports WireGuard and OpenVPN in its apps and publishes Linux setup material. Its plans now allow five devices on Standard/Plus and ten on Pro Suite.[4:3][5:3]
Best for: technically comfortable users who want transparent plans and multihop.
Strengths: clear protocol documentation, command-line/manual choices, and privacy-focused account design.
Limitations: no port forwarding and fewer locations than larger networks.
Check: review the current supported distro list and package signature instructions.
Private Internet Access: mature GUI and scripts
PIA supports Linux on Ubuntu, Mint, Arch, and Debian families in its WireGuard documentation and publishes manual scripts for WireGuard/OpenVPN and port forwarding. It allows unlimited simultaneous connections.[6:4][7:3]
Best for: Linux users who want granular settings, P2P, or scripts.
Strengths: native GUI, manual tooling, unlimited connections, and eligible-region port forwarding.
Limitations: the scripts require shell competence and may not be fully supported on every distribution.
Check: use the official package rather than an unverified repository; verify whether the nearest forwarding region is available.
NordVPN: GUI/CLI and allowlist model
NordVPN's Linux app supports a GUI and CLI. Its “allowlist” excludes ports or subnets rather than reproducing Windows application-based split tunneling. Obfuscation and NordWhisper are available under specified protocol/platform combinations.[8:1][9:2]
Best for: users who want a large mainstream network and a provider-maintained Linux client.
Strengths: broad locations, GUI/CLI, autoconnect, and restricted-network modes.
Limitations: allowlisting is not per-app split tunneling; no port forwarding.
Check: read the Linux-specific feature docs rather than the general Windows feature page.
ExpressVPN: current Linux GUI
ExpressVPN's support center now documents a Linux GUI app and publishes compatible distributions. Lightway and OpenVPN options are integrated into the client.[10:1]
Best for: users already choosing ExpressVPN for travel, TV, or router use who do not want a terminal-only Linux experience.[10:2]
Strengths: graphical app and broad provider support.
Limitations: supported distro/architecture list is narrower than “all Linux”; plan/device terms are current-offer dependent.
Check: open the Linux setup page and confirm the exact distro release and CPU architecture.
Distribution and architecture checks
Ubuntu, Debian, Mint, and Zorin
A provider's Debian package may work on derivatives, but official support can be limited to named releases. Repository signing keys and apt sources should come from the provider. Avoid downloading a .deb from an unrelated mirror.
Fedora and RPM systems
Check minimum Fedora release and whether the repository uses dnf syntax compatible with your version. SELinux can expose app integration bugs that do not appear on Debian systems.
Arch and Manjaro
The AUR can be useful but is community-maintained unless the provider explicitly says otherwise. Inspect PKGBUILD sources and signatures. A manual WireGuard config through wg-quick or NetworkManager can be more predictable than an unofficial GUI package.
ARM64
ARM support must be explicit. Mullvad publishes ARM64 packages for current Debian/Ubuntu and Fedora versions. Other providers may support ARM only through WireGuard/OpenVPN or a specific CLI. DietPi, Raspberry Pi OS, and other SBC images can have older libraries or non-systemd setups.[3:8]
Kill switch, DNS, IPv6, and split tunneling
A Linux kill switch is usually a firewall policy. Verify its behavior before, during, and after connection. An app may block traffic after an unexpected drop but allow it before the first connection; an advanced lockdown mode blocks traffic at all times unless the tunnel is active.
DNS should be routed through the tunnel and restored after disconnect. systemd-resolved, NetworkManager, resolvconf, containers, and custom DNS software can conflict. IPv6 must either be carried inside the VPN or blocked intentionally; disabling it blindly can break local applications.
Split tunneling can be application-, process-, cgroup-, port-, or subnet-based. NordVPN's Linux allowlist is port/subnet based. Mullvad's app provides Linux split tunneling. Manual setups require your own policy routing.[3:9][8:2][9:3]
Autostart, systemd, and headless systems
For a headless host, define failure behavior before enabling autostart. If the VPN fails, should the server remain offline, use the direct WAN, or retry? A privacy-sensitive downloader should fail closed; a remote server may become unreachable if you block the management path.
Use systemd dependencies and firewall rules that do not expose traffic during boot. Store credentials with restrictive permissions. Log only what is needed for operation. Test reboot, suspend/resume, DHCP renewals, and network-interface changes.
Package and update verification
- Download from the provider or its signed repository.
- Verify the repository key fingerprint when published.
- Check package architecture and minimum OS version.
- Read release notes for network-stack changes.
- Confirm that automatic updates do not restart the tunnel unexpectedly.
- Keep an independent WireGuard/OpenVPN fallback.
- Remove old VPN clients that compete for routes or DNS.
- Re-test leak and kill-switch behavior after major updates.
For failure diagnosis, use VPN not connecting and VPN keeps disconnecting. For router deployment, see best VPN for router.
FAQ
What is the best VPN for Linux?
Mullvad is a strong default because it publishes current GUI packages for Debian/Ubuntu and Fedora on x86_64 and ARM64. Proton, IVPN, PIA, NordVPN, and ExpressVPN are also credible depending on distro and features.
Is manual WireGuard enough?
Yes for basic tunneling, but you must handle DNS, kill switch, autostart, routing, key updates, and logs. A native app is easier for most desktops.
Does every Linux VPN have a GUI?
No. Some providers offer only CLI or manual configurations. Verify the current download page.
Can I use a VPN on Arch Linux?
Yes through WireGuard/OpenVPN, NetworkManager, a provider CLI, or a community package. Community AUR support is not the same as official provider support.
Which VPN supports Linux ARM64?
Mullvad explicitly publishes ARM64 packages for current Debian/Ubuntu and Fedora. Other providers may support ARM through manual protocols; verify current documentation.[3:10]
How do I prevent leaks after a disconnect?
Use the provider's kill switch or implement default-deny nftables/iptables rules bound to the tunnel interface. Test by stopping the tunnel while generating traffic.
Why does Linux DNS break after disconnect?
Multiple managers—NetworkManager, systemd-resolved, resolvconf, Docker, or a VPN app—may be writing resolver state. Remove conflicting clients and inspect the active resolver path.