ExpressVPN for Linux: Installation, Setup, and Guide

What You Need Before Installing ExpressVPN on Linux

You need an active ExpressVPN subscription, access to the email address associated with the account, administrator privileges on your Linux computer, and a supported 64-bit operating system.

As of July 2026, ExpressVPN officially supports the following Linux distributions:

• Ubuntu 24.04 LTS or later
• Debian 12 or later
• Fedora 39 or later
• Linux Mint 22 or later
• The latest rolling release of Arch Linux
• Raspberry Pi OS 64-bit based on Bookworm or later

A distribution derived from one of these systems may also run the app, but ExpressVPN does not promise official troubleshooting support for unlisted distributions. In other words, your delightfully obscure weekend-project distro may work perfectly, but you could be the person holding the flashlight if it does not.

Confirm Your System Architecture

Open a terminal and run:

Common 64-bit results include x86_64 on Intel and AMD computers or aarch64 on supported ARM hardware. A 32-bit userland is not compatible with the current ExpressVPN Linux GUI.

Update the Operating System First

Installing current system updates before adding networking software can prevent dependency and compatibility problems. Use the normal update method for your distribution. Ubuntu and Debian use APT, Fedora uses DNF, and Arch Linux uses Pacman. Raspberry Pi OS also uses Debian-style package management.

ExpressVPN GUI vs. CLI: Which Should You Use?

The GUI and CLI are not competing products. The current Linux app can provide a desktop interface while also exposing commands through expressvpnctl. You can click buttons during normal use and switch to the terminal when you feel dramatically efficient.

How to Install the ExpressVPN GUI App on Linux

Step 1: Download the Official Installer

1. Sign in to your ExpressVPN account.
2. Open the setup area and select Linux.
3. Download the current Linux installer.
4. Save the file in your Downloads folder or another known location.

The installer filename contains a version and build number, so it may not match examples shown in older tutorials. Always use the filename you actually downloaded rather than copying an outdated version number from the internet.

Step 2: Open a Terminal in the Download Folder

Locate the downloaded .run file. Make it executable, replacing the placeholder with the real filename:

Run the installer:

If direct execution does not work, the official instructions recommend running it through the shell:

Enter your Linux password if prompted. The password will not appear while you typenot even as cheerful little dots. That is normal terminal behavior, not evidence that your keyboard has gone on strike.

Step 3: Sign In and Activate the App

After installation, launch ExpressVPN from your application menu. Depending on the current app version, you may be able to sign in with an emailed sign-in link, your account password, or an activation method presented by the app.

Step 4: Connect for the First Time

Click the large connection button. ExpressVPN initially recommends a Smart Location based on factors such as proximity and expected performance. You can also open the location selector and search for a particular city or country.

How to Set Up ExpressVPN Through the Linux CLI

The CLI is especially useful for minimal desktops, remote administration, launch scripts, or anyone who considers opening a settings window an unnecessary aerobic activity.

Activate ExpressVPN Securely

The current CLI guide uses a temporary file containing your activation code. Create the file with restrictive permissions:

Deleting the file after activation is important because anyone who can read it may be able to use the stored code. Do not paste activation details into screenshots, support forums, shell scripts committed to Git, or that shared team document everyone pretends is secure.

Enable Background Operation

CLI connection commands require either the GUI application to be running or background mode to be enabled:

Connect and Disconnect

The first basic connection uses Smart Location. Later connections may use your most recently selected location.

List Available VPN Locations

To connect to a specific result, copy its displayed name exactly:

Display the Current Command Reference

This help command is worth using after app updates because available flags and features can change. The current ExpressVPN documentation confirms the login-file workflow, background mode, connection commands, location listing, and protocol controls shown above.

Essential ExpressVPN Settings for Linux

Choose a VPN Protocol

The Automatic setting is the sensible starting point. It allows the app to select an appropriate protocol for the network. Current Linux releases may offer Lightway, post-quantum WireGuard, and OpenVPN options, although exact availability can depend on the installed build and feature configuration.

The documented CLI protocol commands include:

Disconnect before changing the protocol. Lightway UDP is generally a logical choice for speed-sensitive browsing and streaming, while TCP-based options can be more reliable on restrictive or unstable networks. ExpressVPN recommends Automatic first and provides other protocols as troubleshooting alternatives. Lightway is also available as open-source code and has been updated with post-quantum protection.

Keep the Kill Switch Enabled

ExpressVPN calls its standard Linux kill switch Network Lock. It is enabled by default and blocks internet traffic if the VPN connection unexpectedly drops.

To disable it temporarily:

The GUI also offers an advanced mode that blocks traffic whenever the VPN is not active, not only after an accidental interruption. This stricter setting is useful on public Wi-Fi, but it can confuse troubleshooting because “the internet is broken” may actually mean “the kill switch is doing precisely what you asked.”

Configure Split Tunneling

Split tunneling determines which applications use the encrypted VPN tunnel and which connect directly to the internet. For example, you might route a browser through ExpressVPN while allowing a local printer utility or regional banking application to use the regular connection.

Enable it in the CLI:

Find an application path:

Allow that application to bypass the VPN:

Force an application to use the VPN:

Remove its rule:

The GUI provides easier application selection and can also support IP-address or subnet rules. The Linux CLI documentation currently focuses on application-level rules. DNS requests should continue using ExpressVPN DNS while the VPN is connected, regardless of ordinary split-tunneling choices.

Enable Advanced Protection

The Linux app can block categories such as trackers, malicious sites, ads, and adult content. These settings are disabled by default and generally require an active connection using Automatic or Lightway.

Individual controls include:

Reconnect after changing these options so the new rules take effect. Content blocking is useful, but it is not a replacement for browser security, system updates, careful downloads, or common sense around files named totally_safe_invoice.sh.

Use Auto-Connect Carefully

The GUI can create auto-connect behavior for secure Wi-Fi, unsecured Wi-Fi, and Ethernet connections. A practical setup is to connect automatically on unsecured Wi-Fi while leaving trusted home networking decisions under manual control. CLI background operation can also maintain command-based workflows without keeping the GUI window open.

How to Verify That ExpressVPN Is Working

1. Confirm that the app reports a protected or connected state.
2. Use the app’s security tools to check the visible IP address.
3. Run its DNS leak check and verify that unexpected ISP DNS servers do not appear.
4. Run a WebRTC leak check if you use a browser that supports WebRTC.
5. Compare performance with and without the VPN using the Linux app’s speed test.

For additional Linux-side inspection, run:

The first command displays active routes. The second displays DNS configuration on distributions using systemd-resolved. NetworkManager also supports VPN connections through a plugin-based architecture, while Linux DNS behavior may vary by distribution and resolver configuration.

Common ExpressVPN for Linux Problems and Fixes

The Installer Says “Permission Denied”

Confirm that you made the file executable and that you are in the correct directory:

The ExpressVPN Command Is Not Found

Close and reopen the terminal, then run:

If nothing is returned, the installation may not have completed successfully. Run the installer again and watch for errors rather than scrolling past them at terminal-warp speed.

The VPN Connects but Websites Do Not Load

First disconnect from ExpressVPN and confirm that the regular connection works. If it does, reconnect using another server. Next, return to Automatic protocol or test Lightway TCP. Check whether Network Lock is blocking traffic after an interrupted connection. DNS issues can also be examined with resolvectl status.

The Connection Is Slow

Choose a nearby location, use the built-in speed test, close heavy downloads, and compare Automatic with Lightway UDP. Remember that VPN encryption and extra routing introduce some overhead. A server on the other side of the planet cannot repeal geography, no matter how premium the subscription.

The Connection Drops Repeatedly

Update the ExpressVPN app, test another location, and change protocols. TCP is often worth trying on unstable Wi-Fi because it prioritizes reliable delivery, although it may be slower. Firewalls and security software can also interfere with VPN traffic. ExpressVPN’s current troubleshooting flow recommends testing Automatic first, followed by other available protocols when needed.

Split Tunneling Does Not Affect the Intended App

Verify the executable path with which, but remember that some applications launch through wrappers, Flatpak, Snap, or helper processes. The path you added may not be the process generating the traffic. Temporarily remove the rule, reconnect, and test again before creating a more specific rule.

Connecting Breaks a Remote SSH Session

Be cautious when enabling a full-device VPN on a remote Linux server. Changing the default route may interrupt the path used by your SSH connection. Perform the first connection from a local console, virtual-machine console, or another recovery-capable session whenever possible. A desktop VPN is easy to click off; a remote server several hundred miles away is less impressed by optimism.

Should You Use Manual OpenVPN Configuration?

Manual OpenVPN setup can be useful on an unsupported distribution, a custom NetworkManager environment, or a system where you cannot install the full ExpressVPN application. It requires separate OpenVPN credentials and downloaded .ovpn profiles.

However, manual configuration does not provide the full Linux app experience. Not every ExpressVPN location may be available, and ExpressVPN warns that its manual OpenVPN setup does not include the same collection of security and privacy benefits as the official application. DNS handling also varies among distributions, resolvers, and OpenVPN clients, so manual users may need additional configuration.

Ubuntu’s current example installs OpenVPN and its systemd-resolved integration with:

Package names and integration methods differ on Debian, Fedora, Arch Linux, openSUSE, and other distributions. NetworkManager can manage VPN profiles through plugins, while OpenVPN documentation notes that Linux DNS configuration may require external integration. For most supported desktop users, the official ExpressVPN app is the simpler and more complete choice.

Security and Maintenance Best Practices

• Download the installer only from your authenticated ExpressVPN account.
• Do not store activation codes in shell history, public scripts, or shared repositories.
• Leave Network Lock enabled unless troubleshooting requires a temporary change.
• Use Automatic protocol unless you have a specific performance or compatibility reason to switch.
• Keep the Linux distribution and ExpressVPN application updated.
• Test DNS and IP behavior after changing split-tunneling, firewall, or resolver settings.
• Remember that a VPN protects network traffic; it does not make malicious downloads harmless.

A Realistic Day-to-Day Experience With ExpressVPN on Linux

The most noticeable part of using ExpressVPN on a modern Linux desktop is how quickly it fades into the background. Installation still begins in the terminal, which feels appropriately Linux-like, but the universal installer removes much of the usual debate over whether you need a DEB, RPM, AUR helper, Flatpak, Snap, or an ancient scroll recovered from a mailing list.

On a typical Ubuntu, Fedora, or Linux Mint workstation, the practical routine is straightforward. You sign in, leave the protocol on Automatic, connect to the suggested location, and continue working. The graphical app is especially useful when moving between networks because the connection state is obvious. You do not have to remember whether a command succeeded three terminals ago while you were also updating packages and attempting to center a status bar.

The speed test becomes more valuable than it first appears. VPN performance can change according to server distance, local congestion, Wi-Fi quality, protocol choice, and the route selected by the internet provider. Comparing the regular connection with a nearby VPN location helps separate “the VPN is slow” from “the coffee shop Wi-Fi is powered by one tired router behind the pastry display.”

Split tunneling is useful but deserves deliberate setup. A practical configuration might send browsers, messaging clients, and file-transfer tools through the VPN while allowing a local network utility to bypass it. Problems usually appear when an application is packaged through Flatpak, Snap, or a launcher that starts another executable. The visible app name is not always the process path that needs the rule. Testing one application at a time produces fewer mysteries than creating twelve rules and hoping the routing spirits approve.

The kill switch provides reassurance on laptops, particularly when roaming between home Wi-Fi, mobile hotspots, and public networks. The standard behavior protects traffic after an unexpected VPN interruption. The always-on version is stricter and can be excellent for privacy-focused use, but it changes the troubleshooting experience. When the VPN is disconnected, the lack of internet access is intentional. That distinction is easy to forget five minutes after enabling the setting.

Command-line operation is where the Linux version becomes genuinely flexible. Background mode lets connection commands work without an open GUI, making it possible to build shell aliases or desktop shortcuts. A simple alias for connecting and another for disconnecting can make the workflow nearly instant. The safest approach is still to consult expressvpnctl -h before scripting advanced behavior because command syntax can evolve between releases.

For remote machines, the experience requires more caution. Connecting a VPN can change routes and potentially interrupt SSH. A local desktop can be recovered with a click; a headless computer may require console access. Testing from a virtual-machine console or another recovery channel is the grown-up choice, even if it lacks the excitement of changing network routes live on a production box.

Overall, ExpressVPN on Linux works best when users begin with the defaults and customize only what solves a real problem. Automatic protocol, Network Lock, Smart Location, and occasional verification cover most needs. The advanced controls are there when required, not as a mandatory initiation ceremony involving seventeen terminal tabs.

Conclusion

Installing ExpressVPN on Linux now involves a relatively consistent workflow across major 64-bit distributions. The GUI is the easiest route for everyday desktop use, while expressvpnctl provides convenient command-line control for power users and automation. Automatic protocol selection, Network Lock, split tunneling, auto-connect rules, advanced protection, and connection-testing tools make the official app substantially more capable than a basic manual VPN profile.

Start with the supported app and its default settings. Enable stricter options only after understanding how they affect routing and connectivity. Manual OpenVPN remains a useful fallback, but it requires more attention to DNS, packages, profiles, and security behavior. In Linux terms, it is the difference between using a maintained tool and volunteering to become its unpaid network administrator.