Ubuntu Chroot
Ubuntu Chroot is an advanced Magisk module that lets users run Ubuntu 24.04 directly on Android devices. It fully integrates with hardware, keeps namespaces separate, and emulates x86_64 architecture. This setup makes a Linux desktop with the XFCE interface that works completely. You can access it through a user-friendly WebUI dashboard. It supports graphical apps through VNC or RDP connections, container tools like Docker, and better network options like WiFi sharing and data routing. It keeps the Linux environment and Android system separate, which is different from traditional chroot methods. This lets desktop software run smoothly on mobile hardware.
This module, made by ravindu644, is now at version v4.3, which was released on December 3, 2025. It works with a number of rooting systems, such as Magisk, KSU, APatch, and KSUNext. However, compatibility notes say that it doesn’t work well with newer versions of Magisk because of problems with terminal handling. It builds on existing tools like Chroot-distro and adds features from Kali NetHunter to make a patched, efficient version for ARM64 devices. The repository has all the files you need to set it up, manage it, and keep it up to date. It also stresses the importance of open-source collaboration under the MIT license. The project is now archived as of December 31, 2025, but it is still a useful resource for people who want to use Linux on their Android device.
Key Features
- Enhanced namespace separation using mount, PID, UTS, and IPC for total isolation from the host system.
- Direct access to device components like WiFi modules, ADB ports, and external peripherals.
- Native support for x86_64 programs through binfmt_misc registration.
- Integrated WebUI panel for control, available via KernelSU or APatch interfaces.
- XFCE-based graphical desktop that launches automatically, with VNC/RDP options for access.
- Flexible networking: Built-in hotspot creation on 2.4/5GHz bands, plus traffic forwarding to interfaces like USB tethering.
- Sparse image conversion for the chroot filesystem, boosting performance and enabling features like Docker.
- OTA-style updates that keep user configurations intact.
- Backup and restore functions to transfer the environment easily.
- Custom post-execution scripts for automating tasks such as starting services or bots.
- Docker compatibility inside the chroot, requiring specific kernel settings.
- Firmware installation command for adding and unpacking Linux drivers.
Installation Guide
Before you can set up Ubuntu Chroot, make sure your device has APatch or KernelSU. Magisk v29 and higher have problems with TTY compatibility. Get the most recent ZIP file from the GitHub releases section. Launch your root manager app, find the modules section, and install the file you just downloaded. To turn on the module, restart the device. After restarting, use the root solution’s interface to open the WebUI. Then, start the chroot and follow the instructions to run a login command in Termux to set up a user. After that, restart the chroot. To get to the GUI, use a VNC client like AVNC to connect to localhost on port 5901 with your login information. Edit the experimental if you want to use experimental options like sparse mode.conf file before installing it to turn it on and choose the size of the image.
Functionality and Usefulness
When you set up Ubuntu Chroot, it uses its install.sh script to copy the Ubuntu root filesystem to a separate folder, such as /data/local/ubuntu-chroot. It also sets up namespace mounts, creates device nodes, and registers binfmt rules for x86_64 support. The service.sh file is in charge of ongoing management, starting and stopping the environment when the computer boots up, keeping an eye on isolation, and connecting to the WebUI for real-time control. These tasks are all grouped together in install, since there is no separate customize.sh.sh, which also uses settings from files like experimental.conf for things like making sparse images. The uninstall.sh script makes sure that everything is cleanly removed by deleting folders and unmounting resources. Extra tools in the tools folder help with things like setting up Docker with systemctl3.py. Update scripts like update_meta.sh make it easy to refresh metadata for smooth upgrades.
This module is very helpful for developers, system administrators, and tech fans who need a full Linux setup on the go. It turns Android devices into flexible workstations for coding, testing, or running servers without needing special hardware. Docker integration and hardware passthrough make it great for things like mobile penetration testing, software compilation, and containerised app development. It lowers the risks to the Android system by keeping things separate. This lets you try out Linux tools without breaking your phone. For teachers or hobbyists, it makes it easy to learn how to manage Ubuntu on devices they already know how to use. It also extends battery life with efficient background services and lets people work together from a distance. In general, it connects mobile and desktop computing, making work more productive in places with limited resources and giving old hardware modern Linux features.
Compatibility Details
Ubuntu Chroot works best on ARM64 Android devices running Ubuntu 24.04. For best performance, Android must be rooted with APatch or KernelSU. Magisk doesn’t work in newer versions because of TTY issues, but it might work in older ones with some caveats. It suggests using custom kernels that allow namespaces, filesystems like ext4, and cgroups to get all of Docker’s features and keep things separate. Most standard Android kernels come with the basics, but tweaks make sure they stay stable. The module supports WebUI incremental updates that keep data safe, and it works best on devices that have enough storage for the rootfs. It’s a good idea to test on custom ROMs, and even though they are no longer being made, old releases still work.
Additional Notes
If you have problems, look at the logs in the WebUI or the discussions in the repository. Using custom kernels for 32-bit support in KernelSU or checking ext4 for Docker are two common fixes. Because of namespace issues, Snap and Flatpak don’t work. Thanks to projects like Ubuntu, Chroot-distro, and docker-systemctl-replacement. Contributions are limited since archiving, but the MIT license lets you fork. Check out the screenshots in the repo for pictures, and use post-exec scripts to automate things like starting SSH or Docker when the computer boots up.
Download Link
Module Info
- Version v4.3
- Module By
- Contributors ravindu644, actions-user, FixeQD
- Root SupportMagisk KernelSU APatch
- Source View on GitHub/Source
- Latest Update
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Ubuntu Chroot is a Module that supports installation on Magisk, KernelSU, APATCH, KSUNext