Linux Ubuntu VPN – Best Fast Secure Picks 2026

NordVPN takes first place because its Linux implementation now fits Ubuntu users who want both a conventional desktop application and terminal-level control.

Its native Linux software provides GUI and CLI interfaces built around the same underlying client. On supported Ubuntu systems, that means you are not forced to choose between an easy graphical connection workflow and a command-line client suitable for scripts or remote terminal use.

NordLynx is particularly relevant on Ubuntu. It is NordVPN’s WireGuard-based protocol and is directly selectable from the Linux application rather than requiring you to download individual WireGuard configuration files and maintain them through wg-quick yourself.

The practical advantage becomes clearer when you use Ubuntu as a daily workstation. You can manage ordinary connections through the GUI while retaining commands such as connection, disconnect, server selection, and configuration from the shell.

NordVPN’s current Linux packages target modern Ubuntu releases and support common desktop environments including GNOME and KDE. Its GUI is also available through Linux package formats including DEB and Snap, while the CLI remains available for users who prefer terminal administration.

For a normal Ubuntu desktop, we would use NordLynx first rather than manually importing OpenVPN profiles into NetworkManager. Manual configuration makes sense when you deliberately want Ubuntu’s native networking stack to own the tunnel, but the NordVPN client exposes more provider-specific controls.

Best fit: Ubuntu users who want one of the most complete combinations of GUI usability, CLI access, modern tunneling, kill-switch protection and maintained Linux-specific software.

Surfshark is particularly interesting on Ubuntu because you can approach the connection in two different ways: use Surfshark’s Linux application or integrate the VPN directly into Ubuntu’s networking tools.

The native application is the simpler route if the machine is primarily a desktop. It gives Ubuntu users a graphical VPN interface and includes Linux kill-switch functionality without requiring you to write firewall rules manually.

The more Linux-specific option is manual WireGuard configuration. Surfshark supplies WireGuard credentials and configuration data that can be used with the standard Linux WireGuard tools or configured through NetworkManager.

On Ubuntu, this allows you to install wireguard, create the VPN interface inside Advanced Network Configuration, and let NetworkManager control the connection alongside Ethernet and Wi-Fi.

That distinction matters if you prefer keeping network state inside the operating system rather than a provider daemon. It can also be useful on customized Ubuntu installations where you want to automate a specific tunnel using standard Linux tooling.

Surfshark also supports manual OpenVPN through Ubuntu NetworkManager. The OpenVPN route is slower and less elegant than WireGuard for many installations, but it is useful when a network blocks the protocol or UDP path you normally use.

One caveat is that not every Surfshark feature available on Windows, macOS, Android, or iOS is necessarily present in the Linux client. For Ubuntu specifically, we would evaluate the Linux application on its own capabilities instead of assuming feature parity from another operating system.

Best fit: Ubuntu users who want the convenience of a native application but also value the ability to move the VPN into standard Linux WireGuard or NetworkManager configuration.

ExpressVPN is a much stronger Ubuntu option than it was when its Linux experience revolved primarily around terminal commands.

Its current Linux software has a graphical interface as well as a CLI. On Ubuntu, the GUI provides server selection, protocol controls, autoconnect behavior, split tunneling, Network Lock settings and normal connection management without needing the terminal for every operation.

The Ubuntu version requirement deserves attention. ExpressVPN’s current Linux generation officially targets Ubuntu 24.04 LTS and newer rather than trying to maintain indefinite compatibility with old LTS installations.

That makes it particularly suitable if you already keep Ubuntu reasonably current. It is less attractive if your machine remains on an older production image that you cannot upgrade simply to satisfy a VPN client’s dependency requirements.

ExpressVPN’s Linux split tunneling is especially useful for Ubuntu workstations running development tools, containers or local network services. Instead of forcing the entire machine through one route, selected applications or traffic can follow different paths.

Its Advanced Network Lock can also be configured to block traffic outside the VPN even while the VPN itself is disconnected. That is different from a basic kill switch that only reacts after an established tunnel unexpectedly fails.

For automated environments, the accompanying CLI remains important. A Linux GUI is useful on a workstation, but CLI control makes the same product considerably more practical when a connection needs to be scripted.

Best fit: users on Ubuntu 24.04 LTS or newer who want a mature point-and-click Linux client without losing advanced routing and command-line control.

ProtonVPN is particularly relevant to Ubuntu GNOME because Proton explicitly maintains a Linux GUI and CLI around supported Ubuntu desktop environments rather than treating all Linux distributions as interchangeable.

The preferred installation method is through Proton’s native repositories. That is important because Linux packaging format can affect which functionality is available.

Proton also distributes its Linux GUI through Snap, but the Snap build has feature restrictions compared with the native package. Proton specifically notes limitations involving advanced protocol functionality and split tunneling in the Snap version.

For an Ubuntu workstation, we would therefore use the official repository build unless there is a concrete reason to sandbox the application as a Snap.

Another Ubuntu-specific detail is that Proton’s GUI and CLI are separate control surfaces rather than two interfaces intended to operate simultaneously. If you plan to automate connections from shell scripts while regularly manipulating the same VPN session from the desktop GUI, understand that behavior before building your workflow around it.

Proton’s official Linux support also concentrates on current stable distributions and GNOME. An Ubuntu-derived system or alternative desktop may work, but that is not equivalent to the provider officially testing the exact environment.

Best fit: users running a current Ubuntu GNOME desktop who want a provider with explicit Linux packaging, GUI and CLI development rather than relying primarily on generic OpenVPN configuration.

Private Internet Access makes sense on Ubuntu when the interesting part of the setup is routing rather than simply clicking Connect.

PIA distributes a dedicated Linux application and supports Ubuntu alongside other Linux environments. WireGuard is directly supported by the client, so a normal Ubuntu installation does not require you to build WireGuard peer configuration manually.

Its split tunneling is more relevant on Linux than a generic “choose which apps use the VPN” description suggests. PIA can apply routing rules to applications and IP addresses, while its Linux split-tunnel implementation also accounts for DNS traffic.

That can be valuable on a development workstation where, for example, a browser should use the VPN while SSH access, a local subnet, a VM network, or another process follows a different route.

PIA also provides both a normal kill switch and an Advanced Kill Switch. The advanced mode prevents traffic from leaving outside the VPN even when you deliberately disconnect the application.

Ubuntu users who do not want to run the main desktop app have another option: PIA maintains manual Linux connection scripts for WireGuard and OpenVPN. Those scripts use standard Linux packages including wireguard-tools, openvpn, curl and jq.

That makes PIA unusually adaptable if your Ubuntu machine shifts between desktop use and a more script-driven environment.

Best fit: Linux users who want granular split tunneling, WireGuard, kill-switch choices and a fallback path based on shell scripts rather than one fixed GUI workflow.

Mullvad deserves a place in an Ubuntu comparison because Linux is treated as a primary platform rather than a manual-configuration afterthought.

Mullvad maintains its own software repository for supported Linux distributions, including current Ubuntu releases. That gives Ubuntu users a normal package-management workflow where the application can be installed and updated through the system rather than repeatedly downloading standalone installers from a browser.

Its current supported Ubuntu baseline is Ubuntu 24.04 or newer. The Linux application also uses a background daemon, which is relevant when troubleshooting because the graphical interface and the actual VPN service are separate components.

That architecture fits Linux well. The tunnel can be managed by a persistent system service while the desktop application acts as the control surface.

Mullvad’s Linux documentation also deals explicitly with subjects that tend to appear only after a VPN has been used seriously on Ubuntu: systemd, AppArmor, DNS failures and situations where the daemon or GUI does not start correctly.

This is more useful than nominal Linux compatibility because Ubuntu VPN failures are often not caused by the remote VPN server. They can come from local DNS state, firewall rules, service startup, packaging conflicts or desktop integration.

Best fit: Ubuntu users who prefer a provider with a mature native Linux package and documentation built around Linux-specific service and networking behavior.

CyberGhost ranks below the providers above for this particular comparison because Ubuntu support should be judged by the quality of the Linux workflow, not by how complete the provider’s Windows or mobile applications are.

For an Ubuntu user comfortable working with Linux networking, manual or command-oriented VPN deployment can still be perfectly usable. The drawback is that it puts more responsibility on you for installation compatibility, connection management and diagnosing interactions with Ubuntu’s networking stack.

That difference becomes important if you expect the same polished Linux GUI, split-tunneling controls, package integration and CLI/GUI parity offered by the leaders in this list.

Best fit: Ubuntu users with relatively straightforward connection requirements who do not need the most sophisticated native Linux control surface.