Best Linux Kiosk Software in 2026: Top Picks & Setup Tips

Linux kiosk deployments can take several forms. Some organizations need to restrict a Linux endpoint to one or several applications. Others need a browser-only terminal, while digital signage teams may prioritize content scheduling and screen management.

That distinction matters when choosing Linux kiosk software. A Unified Endpoint Management (UEM) platform can manage the device and its operating system, while a digital signage CMS primarily manages the content shown by a player. A dedicated Linux kiosk OS, meanwhile, can replace a general-purpose Linux installation with an environment designed specifically for kiosk use.

The six options below represent these different approaches rather than a universal feature-for-feature ranking.

Why Linux kiosk software matters

A kiosk should expose only the applications and functions required for its intended purpose. Leaving users with access to the underlying desktop, system settings, terminals or unauthorized applications creates additional paths for accidental or unauthorized changes.

For distributed deployments, local lockdown is only one part of the requirement. IT teams may also need centralized policies, remote troubleshooting, operating system updates, application management and peripheral restrictions.

When evaluating kiosk software for Linux, consider whether you need:

• Single-app or multi-app kiosk lockdown.
• Browser-based kiosk workflows.
• Centralized policy deployment.
• Remote viewing, control or terminal access.
• Application and operating system update management.
• USB and peripheral restrictions.
• Content scheduling and screen management.

Not every product on this list provides all of these capabilities because they address different parts of the Linux kiosk stack.

Top 6 Linux kiosk software options for 2026

The following options span UEM platforms, a dedicated Linux kiosk OS and digital signage platforms. Compare them based on whether your priority is device control, browser lockdown or content management.

1. Hexnode UEM

Hexnode provides UEM-based management for Linux endpoints and supports single-app and multi-app kiosk policies for GUI applications. It supports Linux enrollment for Ubuntu 18.04 LTS and later, Fedora 36 and later, Debian 10 and later, and Linux Mint 21 and later. Hexnode also supports ARM-based enrollment for devices such as Raspberry Pi.

Linux kiosk mode supports GUI applications on GNOME, KDE, XFCE, MATE and Cinnamon desktop environments. In single-app mode, Hexnode restricts the device to one selected GUI application, while multi-app mode exposes only the selected GUI applications; Linux notifications continue to appear in kiosk mode, with critical notifications remaining visible on GNOME, KDE, XFCE and Cinnamon and all notifications remaining visible on MATE. Both modes require a local user account as the kiosk account and provide an optional Auto Login setting that signs in without prompting for credentials.

Key Linux capabilities:

• Single-app and multi-app kiosk mode for GUI applications.
• Policy-based kiosk deployment to devices, users, device groups, user groups, and domains/OUs.
• Remote View and Remote Control.
• Live Terminal for real-time command execution.
• Linux OS update management.
• Custom script execution.
• Web content filtering and certificate management.
• USB mass-storage and USB file-transfer restrictions.
• Restrictions on Wi-Fi and Bluetooth changes, with an additional option to prevent users from configuring VPN connections on GNOME-based Linux devices.

Hexnode Remote Control on Linux requires a graphical environment using X11; headless devices can instead use Live Terminal for command-line administration.

For kiosk reliability, Hexnode’s Linux kiosk architecture monitors the kiosk application and can relaunch it if the application closes or crashes.

For organizations managing Linux kiosks alongside general-purpose enterprise endpoints, Hexnode places kiosk policies, Linux restrictions, remote troubleshooting, scripts and OS update workflows within the same UEM environment.

Hexnode also supports automated Linux patch deployment, allowing administrators to define update criteria, exclude specific updates, control installation and reboot behavior, use maintenance windows, and target selected Linux devices or device groups.

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2. 42Gears SureMDM

SureMDM provides Linux device management with dedicated kiosk policies. Its current Linux Kiosk Policy documentation supports Ubuntu 18.04 LTS and later. Administrators can configure either Multi App Mode or Single App Mode, although the documented Linux Single App Mode currently supports Google Chrome as the lockdown application.

Key Linux capabilities:

• Single-app kiosk mode for Chrome.
• Multi-app kiosk policies.
• Remote Screen and Remote Control for supported Ubuntu and Fedora devices.
• Remote Terminal.
• File Explorer and Task Manager during remote support sessions.
• Remote application installation, uninstallation and upgrades.
• USB Media Control for device allow/block rules, blocking or encrypting unencrypted USB drives, and restricting USB write access.
• Linux operating system update and patch management.
• URL filtering, Wi-Fi, user management and certificate profiles.

SureMDM allows administrators to view Linux update status, select patches for installation, and configure how updates are delivered, installed, and followed by device restarts. Administrators can select Linux patches for deployment and configure user notifications, installation timing, deferrals, and restart behavior.

SureMDM’s Linux Single App Mode currently supports Chrome on Ubuntu 18.04 LTS and later, while Hexnode supports GUI applications in single-app kiosk mode across GNOME, KDE, XFCE, MATE and Cinnamon and supports Linux enrollment for Ubuntu, Fedora, Debian and Linux Mint.

3. Scalefusion

Scalefusion provides Linux endpoint management with single-app and multi-app kiosk modes. It allows administrators to restrict managed Linux devices to a single application or a specified set of applications and manage them from the Scalefusion dashboard.

Scalefusion supports Ubuntu, Mint, Kali Linux, RHEL, Fedora, Rocky Linux, CentOS Stream, AlmaLinux, Raspberry Pi and additional Linux environments, with RHEL, Fedora, Rocky Linux, CentOS Stream and AlmaLinux currently supported in beta. Remote Live Terminal is unavailable on Debian 7.0, Veltar and OS Patch Management are unavailable on Arch Linux, and Remote Live Terminal with Consent is unavailable on Manjaro.

Key Linux capabilities:

• Single-app and multi-app kiosk mode.
• Linux device profiles.
• Device inventory and remote actions.
• Remote Live Terminal.
• I/O Device Access Control for Linux storage devices and supported peripherals, including keyboards, mice, webcams, printers, USB headphones, and external Wi-Fi adapters.
• Web content filtering.
• OS update and patch management.

Its Live Terminal lets administrators execute commands and perform tasks such as software installation, file management and troubleshooting remotely. Scalefusion’s I/O Device Access Control can assign full, read-only, or denied access to Linux storage devices and restrict supported peripherals such as keyboards, mice, webcams, printers, USB headphones, and external Wi-Fi adapters.

Hexnode, SureMDM and Scalefusion combine Linux kiosk modes with endpoint-management functions such as device policies, remote administration, peripheral controls, and operating system update management.

4. Porteus Kiosk

Porteus Kiosk takes a different approach. Instead of adding kiosk controls to a general-purpose Linux desktop, Porteus Kiosk provides an x86_64 Linux operating system restricted to Firefox or Chrome; ARM devices such as Raspberry Pi are not supported.

The operating system is distributed as a read-only ISO image. Porteus states that the system remains read-only even when installed on writable media, helping prevent changes to system components. Temporary data is stored in RAM by default.

Key capabilities:

• Read-only Linux kiosk operating system.
• Firefox or Chrome browser operation.
• URL allowlisting and blocklisting.
• Browser private-mode controls.
• Automatic or forced session restarts.
• Configurable data persistence.
• Remote kiosk configuration.
• Porteus Kiosk Server for centralized monitoring and administration.

Porteus can retrieve a kiosk configuration from a network location during startup, allowing multiple kiosks to use centrally maintained configurations. The Kiosk Server can centrally monitor and manage kiosk clients when the required SSH and VNC services are enabled.

Porteus therefore fits a browser-focused kiosk architecture rather than the broader endpoint-management model offered by UEM platforms.

5. Xibo

Xibo approaches Linux kiosks from the digital signage side. Its platform consists of a Content Management System (CMS) for creating, uploading and scheduling content and Player applications that display scheduled content on authorized screens.

The Xibo CMS can be self-hosted using Docker or a manual web-server installation, but Xibo strongly recommends Docker, and its supported self-hosted configuration for Helpdesk or Enterprise support requires the provided Docker-based deployment.

Key capabilities:

• Open-source CMS.
• Self-hosted CMS deployment.
• Media, playlist and layout scheduling.
• Central Display management.
• CMS API.
• Community-supported Linux Player distributed as a Snap package for 64-bit Linux systems that support Snapcraft.

There is an important Linux-specific consideration. Xibo’s current Linux Player is community-contributed and is not covered by Xibo support. Xibo is also developing a new-generation open-source Linux Player.

Xibo fits the digital signage CMS and Linux player category rather than the UEM endpoint-management category.

6. Yodeck

Yodeck is another digital signage-focused option. It is an online digital signage service with player options that include its Raspberry Pi-based Yodeck Player, Web Player, Android, Fire OS, BrightSign, Samsung Tizen, LG webOS, Windows and ChromeOS.

The dedicated Player of Yodeck is based on Raspberry Pi hardware, and its documentation describes the Raspberry Pi player software as running on a Debian-based Linux environment.

Key capabilities:

• Cloud-managed digital signage content.
• Raspberry Pi-based Yodeck Player.
• Screen and content management.
• Interactive Kiosk app.
• Touch functionality for web pages and apps, while images, videos and documents do not support touch interaction.
• Web Player for Chrome, Microsoft Edge and Chromium.

Yodeck’s Interactive Kiosk can show normal playback content until a user interacts with the screen or keyboard, then switch to designated interactive content before returning after a configured period of inactivity.

Yodeck fits Linux-based signage deployments through its Raspberry Pi player, with management centered on signage players, screens and content rather than general-purpose Linux endpoint policies.

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Linux kiosk software comparison: What should you choose?

The products above solve different problems, so the decision should start with the kiosk architecture.

Choose UEM-based Linux kiosk management when device control is the priority

Hexnode, SureMDM and Scalefusion support Linux single-app and multi-app kiosk modes alongside broader endpoint-management capabilities.

This model is useful when IT teams need to manage both the kiosk application and the underlying endpoint through policies, remote troubleshooting, restrictions and update workflows.

Hexnode supports Linux single-app and multi-app kiosk modes for GUI applications and combines them with Remote View and Control, Live Terminal, USB restrictions and OS update management.

Choose a dedicated Linux kiosk OS when you need a browser-focused terminal

Porteus Kiosk provides a purpose-built, read-only Linux environment centered on Chrome or Firefox. Its configuration and session controls make it structurally different from running kiosk software over a conventional Linux desktop.

Choose a signage CMS when content management is the primary requirement

Xibo and Yodeck focus on controlling what appears on displays.

Xibo combines a CMS, scheduling system and player architecture, while Yodeck provides cloud-managed signage with multiple player types and interactive kiosk functionality.

These platforms address a different layer of the deployment than UEM-based endpoint lockdown.

Key takeaway

Hexnode, SureMDM and Scalefusion are suitable to evaluate when centralized endpoint management and kiosk enforcement need to work together. Porteus Kiosk provides a dedicated browser-focused Linux kiosk OS, while Xibo and Yodeck address digital signage through CMS and player-based workflows.

For organizations managing Linux kiosks as part of a wider endpoint fleet, Hexnode combines single-app and multi-app kiosk modes with Remote View and Control, Live Terminal, USB restrictions, OS update management, custom scripts, web content filtering, and certificate management from the UEM console.