KernelSU is a tool that allows you to and manage which apps can access these permissions. To root your Android, you'll need your ROM's init_boot.img file. Once you have it, copy it to your Android device, open KernelSU, and tap on the red "Click to install" button. After that, you'll get a patched file.
Patch and flash the boot partition via Fastboot
That patched file has to be flashed from a computer or from a custom recovery on Android. To flash it from a computer, you can use . In order to flash it using ADB, you have to reboot your device in Fastboot mode first.
Manage which apps have root permissions
After successfully flashing the file, you can reboot your device, after which you'll have root permissions. With KernelSU, you can manage which apps have access to permissions. Because of the way kernel-based rooting works, the apps won't be able to see whether you've rooted your device. From the app management section of KernelSU, you can decide for yourself which apps have access to superuser permissions. You can also customize the root permissions that each app has access to, as well as the uid, gid, groups, features, and SELinux rules. Finally, you can also add modules.
Download KernelSU's APK to get root permissions on Android in a snap.
KernelSU: A Powerful Tool for Advanced Android UsersKernelSU is a powerful root management tool for Android devices that grants users complete control over their device's kernel. It allows users to modify system settings, install custom kernels, and perform other advanced tasks that are not possible with standard Android permissions.
Features:
* Root Management: KernelSU provides complete root access to the device, allowing users to make system-level changes and install applications that require root privileges.
* Kernel Flashing: KernelSU enables users to flash custom kernels onto their devices, which can enhance performance, battery life, and add new features.
* System Tweaks: KernelSU offers various system tweaks and optimizations, such as CPU overclocking, GPU tuning, and memory management adjustments.
* Recovery Management: KernelSU integrates with custom recovery environments like TWRP and CWM, allowing users to manage backups, restore devices, and install custom ROMs.
* Security: KernelSU implements multiple security measures to protect the device from unauthorized access and malicious software.
Benefits:
* Customization: KernelSU empowers users to customize their devices to suit their specific needs and preferences.
* Performance Enhancements: Custom kernels and system tweaks can improve device performance, resulting in faster app launches, smoother animations, and extended battery life.
* Advanced Features: KernelSU unlocks advanced features that are not available on stock Android devices, such as overclocking, undervolting, and custom ROM installation.
* Control: KernelSU gives users complete control over their devices, allowing them to experiment with different settings and configurations without relying on third-party applications.
Compatibility:
KernelSU is compatible with a wide range of Android devices, including popular models from Samsung, Google, OnePlus, Xiaomi, and others. However, compatibility may vary depending on the device model and Android version.
Installation:
Installing KernelSU requires a bootloader that supports custom recovery. Users need to unlock the bootloader, install a custom recovery, and then flash the KernelSU package through recovery.
Precautions:
* Warranty: Rooting a device with KernelSU may void the manufacturer's warranty.
* Bricking: Incorrectly installing or using KernelSU can lead to bricking the device, rendering it unusable.
* Security Risks: Rooting a device can increase security risks, as it grants access to sensitive system files and applications.
Conclusion:
KernelSU is a powerful tool that enables advanced Android users to unlock the full potential of their devices. It offers extensive customization options, performance enhancements, and system tweaks, but requires careful usage and an understanding of the risks involved.
KernelSU is a tool that allows you to and manage which apps can access these permissions. To root your Android, you'll need your ROM's init_boot.img file. Once you have it, copy it to your Android device, open KernelSU, and tap on the red "Click to install" button. After that, you'll get a patched file.
Patch and flash the boot partition via Fastboot
That patched file has to be flashed from a computer or from a custom recovery on Android. To flash it from a computer, you can use . In order to flash it using ADB, you have to reboot your device in Fastboot mode first.
Manage which apps have root permissions
After successfully flashing the file, you can reboot your device, after which you'll have root permissions. With KernelSU, you can manage which apps have access to permissions. Because of the way kernel-based rooting works, the apps won't be able to see whether you've rooted your device. From the app management section of KernelSU, you can decide for yourself which apps have access to superuser permissions. You can also customize the root permissions that each app has access to, as well as the uid, gid, groups, features, and SELinux rules. Finally, you can also add modules.
Download KernelSU's APK to get root permissions on Android in a snap.
KernelSU: A Powerful Tool for Advanced Android UsersKernelSU is a powerful root management tool for Android devices that grants users complete control over their device's kernel. It allows users to modify system settings, install custom kernels, and perform other advanced tasks that are not possible with standard Android permissions.
Features:
* Root Management: KernelSU provides complete root access to the device, allowing users to make system-level changes and install applications that require root privileges.
* Kernel Flashing: KernelSU enables users to flash custom kernels onto their devices, which can enhance performance, battery life, and add new features.
* System Tweaks: KernelSU offers various system tweaks and optimizations, such as CPU overclocking, GPU tuning, and memory management adjustments.
* Recovery Management: KernelSU integrates with custom recovery environments like TWRP and CWM, allowing users to manage backups, restore devices, and install custom ROMs.
* Security: KernelSU implements multiple security measures to protect the device from unauthorized access and malicious software.
Benefits:
* Customization: KernelSU empowers users to customize their devices to suit their specific needs and preferences.
* Performance Enhancements: Custom kernels and system tweaks can improve device performance, resulting in faster app launches, smoother animations, and extended battery life.
* Advanced Features: KernelSU unlocks advanced features that are not available on stock Android devices, such as overclocking, undervolting, and custom ROM installation.
* Control: KernelSU gives users complete control over their devices, allowing them to experiment with different settings and configurations without relying on third-party applications.
Compatibility:
KernelSU is compatible with a wide range of Android devices, including popular models from Samsung, Google, OnePlus, Xiaomi, and others. However, compatibility may vary depending on the device model and Android version.
Installation:
Installing KernelSU requires a bootloader that supports custom recovery. Users need to unlock the bootloader, install a custom recovery, and then flash the KernelSU package through recovery.
Precautions:
* Warranty: Rooting a device with KernelSU may void the manufacturer's warranty.
* Bricking: Incorrectly installing or using KernelSU can lead to bricking the device, rendering it unusable.
* Security Risks: Rooting a device can increase security risks, as it grants access to sensitive system files and applications.
Conclusion:
KernelSU is a powerful tool that enables advanced Android users to unlock the full potential of their devices. It offers extensive customization options, performance enhancements, and system tweaks, but requires careful usage and an understanding of the risks involved.
