The most stable way to handle this is through a dedicated module that handles the spoofing at the framework level.
To achieve IMEI spoofing, the process typically involves setting up a multi-layered system on your device. The diagram below outlines the general technical workflow.
Before attempting to change your IMEI using Magisk, ensure you have the following: change imei with magisk
To understand how this process works, a critical technical distinction must be made:
Open LSPosed, enable the module, and select the specific apps you want to feed a spoofed IMEI to. Reboot: Restart the device to apply the framework hooks. The most stable way to handle this is
An IMEI is not stored in the standard Android system directories. It is hardcoded into deep, protected hardware partitions of the device’s flash memory, such as: (Non-Volatile Random-Access Memory) NVDATA EFS (Encrypted File System) How Magisk Assists the Process
In simple terms, the process works like this: Before attempting to change your IMEI using Magisk,
While Magisk cannot rewrite these partitions on its own, it provides the and environment required for specialized tools, scripts, and Xposed modules to interface with the hardware layer. Prerequisites Before Beginning