Owning a Xiaomi brand device often implies a desire to gain maximum control over the Android operating system. Users who decide to unlock the bootloader and install a modified Recovery sooner or later face the need to verify the result. The question of how to check root on Xiaomi becomes critical after any manipulation of firmware or kernel patches.
Having superuser rights opens the door to removing system debris, deep customizing the interface, and running specialized software. However, the installation process is not always smooth, and the status bar may not show clear signs of success. In this article, we will discuss reliable diagnostic methods that will allow you to say with confidence whether access to the root folder is activated.
Now, the current versions of MIUI and HyperOS have a complex security structure that can hide modifications from conventional applications, so you don't have to rely on one method, and a comprehensive approach that includes command line verification and partition analysis will give you the most accurate result.
Visual Diagnostics and System Indicators
A primary inspection of a device often gives you the first clues about the status of a system. If you've just completed a rooting procedure, the first thing you should do is look at the boot process. Having a Magisk logo or "Unlocked" at the beginning of the turn on is a good sign, but it's not a guarantee that the rights will work on the running system.
Go to the settings menu and look for the About Phone section. In some cases, especially when using old methods or specific builds, the kernel version may have a prefix indicating modifications. It's also worth checking the application list: the presence of Magisk Manager or SuperSU icons indicates an attempt to implement rights, but does not confirm their active functioning.
MIUI shell is known for its aggressive security policy, which can block applications requiring increased privileges from running even if the technical root is installed.
⚠️ Note: If you see a message about a system integrity breach when booting, it doesn't always mean an error. In the context of root rights, it's a routine bootloader reaction to a modified system partition.
Don't ignore battery behavior. Incorrectly set access rights can cause cyclical reboots of system services, leading to abnormal power consumption. If the phone starts to warm up in plainness after manipulation, checking the status of the root should be the first step in diagnosis.
Use of specialized detector applications
The easiest way for beginners is to install specialized software from Google Play or third-party repositories, which scan the presence of su binaries executable files in the system directories and check the response of the rights manager.
The popular Root Checker app works by trying to execute commands with increased privileges. Once you run, click "Verify Root Status." If the device is rooted, you'll see a green success message. However, on Xiaomi's new Android 11-14 smartphones, this method can give a false positive result, showing the presence of a binary, but not real access.
The more advanced tool is the Magisk app itself. The manager settings often display the status of "MagiskSU" and the version. If the app opens but there's a warning at the top that you need to adjust more, then the root environment is not fully activated.
- 📱 Root Checker Basic – a classic for quick check, shows basic access status.
- 🛡️ Magisk App – the main indicator for modern methods shows the status of Zygisk and DenyList.
- 🔍 Termux is not a detector, but allows you to manually check for rights through the console (more below).
- 🧹 SD Maid is a file manager that, if you have root rights, accesses hidden system folders.
If the detector program crashes immediately after launch, try running it in hidden mode or through a virtual environment.
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If the detector app shows no rights but Magisk is installed, try enabling the “Zygisk” function in the Magisk settings and restarting the device.
Checking through ADB and Termux console
For those who prefer reliability and accuracy, the best method is to check through the command line, which eliminates the possibility of fraud from the GUI and shows the real state of the system core, you will need either a computer with an ADB installed or a terminal application on the smartphone itself.
If you use the Termux app or any other terminal emulator on Android, type the command su. If you have permission, the system will request confirmation of access through the root rights manager pop-up. Once confirmed, the command prompt invitation symbol will change from $ to #.
For a deeper diagnosis, you can run a command that will output the user ID. Enter the following line:
idThe answer is that you get a string where uid=0(root), which means that the current session is running on behalf of the superuser, and if you see uid=2000(shell) or the like, then the rights are not available or have not been granted to the current process.
⚠️ Warning: When you first start the su command, be sure to click Grant in the pop-up window. Without this confirmation, access will be blocked and the check will show a negative result.
The connection requires USB debugging through your computer. Connect your smartphone with a cable, open the console in the folder with ADB and type:
adb shell su -c "id"If you see uid=0(root) in the answer, then the ADB-Root is working correctly, and that's the most technically accurate way to make sure that the privilege mechanism works.
☑️ Checking through Termux
Analysis of system files and partitions
Advanced users can check for modifications by going directly to the file system, and having certain files in the root directories is direct proof of the implementation of the rights, which would require a root-enabled file manager, such as MT Manager or Root Explorer.
When you first run a manager, the system will request access to root. If the request is received and successfully processed, you can go to the root of the disk. You are interested in the paths /system/bin/ and /system/xbin/. There must be an executable file called su.
It's also worth checking for folders created by rights managers. For example, Magisk creates hidden directories in the Internet. /data/adb/. The presence of this folder structure indicates that the modification of the boot image was successful.
| The path to the file | File/folder name | Meaning |
|---|---|---|
| /system/bin/ | su | Superuser Binary (main) |
| /system/xbin/ | su | Alternative location of the binary |
| /data/adb/ | magisk | Magisk Work Directory |
| /data/local/tmp/ | magisk.apk | Temporary installer file (may be missing) |
If you can’t go to /data/ or only see blank lists of files in system partitions, the app hasn’t received full permissions. In modern versions of Android, access to /data can be restricted even if root is available, unless the display is configured correctly.
Why does the file manager not see files in /system?
Testing of application functionality
The most practical way to test is to try to perform an action that requires root, and if you pass the theoretical test but you're in doubt, try running an application that can't physically work without superuser rights.
For example, Titanium Backup or Swift Backup backup software will immediately check for permissions when it starts up, and if the application opens and shows you a list of backup applications, root is there, and if it says "Root not found" error, no access.
You can also use utilities to control CPU frequency or clean RAM. Trying to change the kernel parameters through applications like the Throttle CPU would be a great test. Successful application of settings confirms that you have access to the kernel.
- 📦 Swift Backup – an attempt to create a data backup app with a cache.
- ⚙️ CPU Manager: An attempt to change the frequency or governor of the processor.
- 🧹 SD Maid SE — Launch the “Corpse Finder” function to search for remnants of remote programs.
- 📝 BuildProp Editor – an attempt to open the build.prop system file for editing.
Pay attention to the behavior of the system in these tests. If the application requests permission, you give permission, but the action does not perform (for example, the frequency does not change), maybe the kernel protection or SELinux has worked.
Possible problems and solutions
Even if the check shows root, you may encounter situations where apps write the opposite.This is often due to the work of the SafetyNet or Play Integrity API. Google is actively fighting rooted devices, and many programs simply hide their features if they see modifications.
In such cases, the standard root check is less important than checking if the system sees the modification. You may need to set up DenyList in the Magisk settings. Hide the Magisk app itself and add banking programs to the exception list.
Another common problem on Xiaomi is blocking access to the file system due to the enabled option "Device Protection" or similar MIUI security features.
⚠️ Warning: Constantly rechecking root rights with various dubious programs can lead to false positives of antivirus.
If nothing works, try reinstalling the rights manager or upgrading it to the latest version.Older versions of Magisk may not work properly on new Android security patches, giving out erroneous check results.
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The presence of a su file in the system does not guarantee the operation of applications, the main thing is the correct operation of the rights manager and the absence of locks from SafetyNet.