Magisk Download: How to Root Your Android Device with Magisk
If you are an Android enthusiast who wants to customize your device, you might have heard of rooting. Rooting is the process of gaining full control over your device's software, allowing you to modify system settings, install custom ROMs, remove bloatware, improve performance, and more. However, rooting also comes with some risks, such as voiding your warranty, losing OTA updates, triggering SafetyNet, or even bricking your device.
Fortunately, there is a tool that can help you root your device safely and easily, without affecting your system partition or breaking SafetyNet. It's called Magisk, and it's a suite of open-source software for customizing Android devices. In this article, we will show you what Magisk is, what it can do, how to install it on your device, and how it compares to other rooting methods.
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Magisk Features: What Can You Do with Magisk?
Magisk is not just a simple rooting tool. It's a powerful systemless interface that can be used for everything from granting root access to adding new features and functionality to your device. Here are some of the main features of Magisk:
<h MagiskSU: Provide Root Access for Applications
One of the core features of Magisk is MagiskSU, which is a systemless root solution that allows you to grant or deny root access to any application on your device. Unlike other root solutions that modify the system partition, MagiskSU works by creating a virtual root environment that is isolated from the rest of the system. This way, you can enjoy the benefits of rooting without compromising the integrity of your device.
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To manage root permissions, you can use the Magisk app, which has a built-in Superuser manager. You can also use third-party apps like SuperSU or Magisk Manager for Recovery Mode (MM for short). With MagiskSU, you can easily control which apps can access your device's root privileges and which ones cannot. You can also set different rules for different scenarios, such as when the screen is off, when the device is charging, or when a specific app is running.
Magisk Modules: Modify Read-Only Partitions by Installing Modules
Another feature of Magisk is Magisk Modules, which are add-ons that can modify your device's read-only partitions, such as /system, /vendor, or /product, without actually touching them. Magisk Modules work by mounting files to these partitions at boot time, creating a systemless overlay that can change how your device behaves. For example, you can install modules that enable camera2 API, improve sound quality, add fonts, emojis, or icons, enable Google Assistant, or remove ads.
To install Magisk Modules, you can use the Magisk app, which has a built-in Module manager. You can also use third-party apps like Magisk Module Repo or Magisk Module Installer. With Magisk Modules, you can easily customize your device to your liking without having to flash zip files or wipe data. You can also enable or disable modules on the fly, without having to reboot your device.
MagiskBoot: The Most Complete Tool for Unpacking and Repacking Android Boot Images
A feature of Magisk that is more useful for advanced users is MagiskBoot, which is a command-line tool that can unpack and repack Android boot images. A boot image is a file that contains the kernel and the ramdisk of your device, which are essential for booting up your device. By modifying the boot image, you can change how your device boots and what features it supports.
To use MagiskBoot, you need to have a terminal emulator app on your device or a computer with ADB and fastboot installed. You can also use MM to access MagiskBoot from the recovery mode. With MagiskBoot, you can perform various operations on the boot image, such as patching it with Magisk, adding or removing kernel features, changing compression methods, extracting ramdisk contents, or injecting files into the ramdisk. Zygisk: Run Code in Every Android Applications' Processes
A feature of Magisk that is new and experimental is Zygisk, which is a systemless modification framework that can run code in every Android applications' processes. Zygisk works by hooking into the Zygote process, which is the parent process of all Android apps, and injecting code into the app processes at runtime. This way, you can modify the behavior of any app without modifying its APK file.
To use Zygisk, you need to have Magisk 23.0 or higher installed on your device. You also need to enable Zygisk in the Magisk app settings and install Zygisk modules from the Module manager. Zygisk modules are similar to Magisk modules, but they are designed to work with Zygisk instead of Magisk. Some examples of Zygisk modules are LSPosed, which is a framework for Xposed modules, and EdXposed, which is a fork of Xposed that supports Android 10 and above.
Magisk Installation: How to Install Magisk on Your Android Device?
Now that you know what Magisk can do, you might be wondering how to install it on your device. The installation process of Magisk is not very complicated, but it does require some preparation and caution. Here are the steps you need to follow to install Magisk on your device:
Step 1: Unlock the Bootloader of Your Device
The first step to install Magisk on your device is to unlock the bootloader of your device. The bootloader is a program that runs before the operating system and decides what to boot. By default, most devices have a locked bootloader, which means they can only boot the official firmware provided by the manufacturer. To install Magisk, you need to unlock the bootloader, which allows you to flash custom files to your device.
To unlock the bootloader of your device, you need to follow the instructions provided by your device manufacturer or your carrier. The exact steps may vary depending on your device model and brand, but they usually involve enabling developer options, enabling OEM unlocking, and using fastboot commands. Be aware that unlocking the bootloader may wipe your data, void your warranty, or trigger some security features like Factory Reset Protection (FRP) or Verified Boot (VB). Step 2: Download the Latest Version of the Magisk App from GitHub
The next step to install Magisk on your device is to download the latest version of the Magisk app from GitHub. The Magisk app is the main interface for managing Magisk on your device. It allows you to install, update, and uninstall Magisk, as well as manage root permissions, modules, and settings. The Magisk app is also the tool you will use to patch your boot image with Magisk.
To download the Magisk app, you need to visit the official GitHub page of Magisk and download the APK file of the latest stable release. You can also download the beta or canary versions if you want to try the latest features and bug fixes, but they may be unstable or incompatible with some devices. Once you have downloaded the APK file, you need to install it as a normal app on your device. You may need to enable unknown sources or allow installation from this source in your device settings.
Step 3: Identify the Type of Boot Image of Your Device
The third step to install Magisk on your device is to identify the type of boot image of your device. A boot image is a file that contains the kernel and the ramdisk of your device, which are essential for booting up your device. Depending on your device model and Android version, your boot image may be standard or non-standard. A standard boot image is a single file that can be easily patched by Magisk. A non-standard boot image is a complex file that may have multiple partitions, encryption, compression, or signature verification.
To identify the type of boot image of your device, you need to use the Magisk app. Open the app and tap on the Install button. Then, tap on Select and Patch a File and choose your boot image file from your device storage. The app will analyze your boot image and tell you if it is standard or non-standard. If it is standard, you can proceed to patch it with Magisk. If it is non-standard, you may need to follow some additional steps or use a different method to install Magisk. Step 4: Patch the Boot Image Using the Magisk App
The fourth step to install Magisk on your device is to patch the boot image using the Magisk app. Patching the boot image means injecting the Magisk code into the boot image, creating a modified boot image that can boot your device with Magisk installed. This is the main method of installing Magisk on most devices, as it does not require a custom recovery or any other tools.
To patch the boot image using the Magisk app, you need to have a standard boot image file of your device. You can either extract it from your device's firmware or download it from the internet. Make sure you have the correct boot image file for your device model and Android version. Once you have the boot image file, you need to open the Magisk app and tap on the Install button. Then, tap on Select and Patch a File and choose your boot image file from your device storage. The app will start patching your boot image and show you the progress. When it is done, it will save the patched boot image file in your device's Download folder.
Step 5: Flash the Patched Boot Image Using Fastboot or a Custom Recovery
The fifth step to install Magisk on your device is to flash the patched boot image using fastboot or a custom recovery. Flashing the patched boot image means replacing the original boot image of your device with the modified one, allowing you to boot your device with Magisk installed. This is the final step of installing Magisk on most devices, as it completes the rooting process.
To flash the patched boot image using fastboot, you need to have a computer with ADB and fastboot installed and a USB cable to connect your device to your computer. You also need to enable USB debugging and OEM unlocking in your device settings. Once you have everything ready, you need to reboot your device into fastboot mode by holding down the power and volume buttons (the exact combination may vary depending on your device). Then, you need to connect your device to your computer and open a command prompt or terminal window. You need to navigate to the folder where you have saved the patched boot image file and enter the following command:
fastboot flash boot magisk_patched.img
This will flash the patched boot image to your device. When it is done, you need to reboot your device by entering the following command:
fastboot reboot
To flash the patched boot image using a custom recovery, you need to have a custom recovery like TWRP installed on your device. You also need to copy the patched boot image file to your device's internal storage or SD card. Once you have everything ready, you need to reboot your device into recovery mode by holding down the power and volume buttons (the exact combination may vary depending on your device). Then, you need to tap on Install and choose Install Image. You need to navigate to the folder where you have saved the patched boot image file and select it. You need to choose Boot as the partition type and swipe to confirm. This will flash the patched boot image to your device. When it is done, you need to reboot your device by tapping on Reboot System. Step 6: Verify the Installation and Enjoy Magisk!
The sixth and final step to install Magisk on your device is to verify the installation and enjoy Magisk. Verifying the installation means checking if Magisk is installed correctly and if it works as expected. Enjoying Magisk means exploring the features and possibilities that Magisk offers for your device.
To verify the installation, you need to open the Magisk app and check the status of Magisk. The app will show you if Magisk is up to date, if it has root access, and if it passes SafetyNet. You can also run a root checker app or a terminal emulator app to test if you have root access. You can also check if your device's boot image is patched by Magisk by using the Magisk app or MM.
To enjoy Magisk, you need to explore the features and possibilities that Magisk offers for your device. You can use the Magisk app or MM to manage root permissions, modules, and settings. You can also browse the Module manager or the online repositories to find and install modules that suit your needs and preferences. You can also use Zygisk or other frameworks to modify your device's behavior without touching the system partition.
Magisk Vs SuperSU: What's the Difference and Which One is Better?
Magisk is not the only rooting tool available for Android devices. There is another popular rooting tool called SuperSU, which was developed by Chainfire, a well-known developer in the Android community. SuperSU was the dominant rooting tool for a long time, until Magisk came along and challenged its supremacy. So, what's the difference between Magisk and SuperSU, and which one is better?
The answer to this question depends on your needs and preferences, but in general, Magisk has some advantages over SuperSU that make it a better choice for most users. Here are some of the main differences between Magisk and SuperSU: The Way of Rooting: Systemless vs System-Based
One of the main differences between Magisk and SuperSU is the way they root your device. Magisk uses a systemless method, which means it does not modify the system partition of your device. Instead, it creates a virtual root environment that is isolated from the rest of the system. This way, you can enjoy the benefits of rooting without compromising the integrity of your device.
SuperSU uses a system-based method, which means it modifies the system partition of your device. It injects its code into the system files and replaces some of them with its own. This way, it gains full control over your device's software. However, this also means that you lose the original state of your device and risk breaking some features or functions.
The advantage of Magisk's systemless method is that it is safer, cleaner, and more compatible than SuperSU's system-based method. Magisk does not affect your device's system partition, which means you can still receive OTA updates, pass SafetyNet, and use apps that rely on system integrity. Magisk also does not leave any traces or residues on your device, which means you can easily uninstall it or restore your device to stock. Magisk also supports more devices and Android versions than SuperSU, as it does not depend on specific system files or structures.
The Features: Modules vs Frameworks
Another difference between Magisk and SuperSU is the features they offer. Magisk has a feature called Magisk Modules, which are add-ons that can modify your device's read-only partitions, such as /system, /vendor, or /product, without actually touching them. Magisk Modules work by mounting files to these partitions at boot time, creating a systemless overlay that can change how your device behaves. For example, you can install modules that enable camera2 API, improve sound quality, add fonts, emojis, or icons, enable Google Assistant, or remove ads.
SuperSU has a feature called SuperSU Frameworks, which are add-ons that can modify your device's system partition by injecting code into the system files. SuperSU Frameworks work by hooking into the system processes at runtime, creating a system-based modification that can change how your device behaves. For example, you can install frameworks that enable Xposed modules, improve battery life, add gestures, customize status bar, or tweak performance.
The advantage of Magisk's modules is that they are more flexible, versatile, and easy to use than SuperSU's frameworks. Magisk modules do not modify your device's system partition, which means you can install and uninstall them on the fly, without having to reboot your device or wipe data. Magisk modules also have a wider range of functionality and compatibility than SuperSU frameworks, as they can work with any device or Android version that supports Magisk. Magisk modules also have a larger and more active community than SuperSU frameworks, as they are open-source and hosted on GitHub. The Source: Open-Source vs Closed-Source
The last difference between Magisk and SuperSU is the source code availability. Magisk is an open-source project, which means its source code is publicly available and anyone can view, modify, or contribute to it. Magisk is hosted on GitHub, where you can find the latest code, releases, issues, and pull requests. Magisk is also licensed under the GNU General Public License v3.0, which means you can use, copy, distribute, or modify it freely, as long as you follow the terms and conditions of the license.
SuperSU is a closed-source project, which means its source code is not publicly available and only the developer can view, modify, or update it. SuperSU is hosted on Google Play Store, where you can find the latest version, reviews, and ratings. SuperSU is also licensed under a proprietary license, which means you can use it as it is, but you cannot copy, distribute, or modify it without the permission of the developer.
The advantage of Magisk's open-source nature is that it is more transparent, trustworthy, and collaborative than SuperSU's closed-source nature. Magisk allows you to see how it works and what it does to your device, so you can verify its safety and reliability. Magisk also allows you to suggest improvements or report bugs to the developer, or even contribute your own code to the project. Magisk also benefits from the collective wisdom and creativity of the community, as anyone can create modules or frameworks for Magisk.
Conclusion: Why You Should Choose Magisk Over SuperSU?
In conclusion, Magisk is a better choice than SuperSU for rooting your Android device. Magisk has some advantages over SuperSU that make it safer, cleaner, more compatible, more flexible, more versatile, and more easy to use. Magisk also has some features that SuperSU does not have, such as modules, Zygisk, and systemless interface. Magisk also has a larger and more active community than SuperSU, as well as an open-source and transparent development process.
If you want to root your device and enjoy the benefits of rooting without compromising the integrity of your device or losing OTA updates or SafetyNet, you should choose Magisk over SuperSU. Magisk will allow you to customize your device to your liking without affecting your system partition or breaking any features or functions. Magisk will also allow you to install modules or frameworks that can add new features and functionality to your device without modifying its APK file or system files.
To install Magisk on your device, you need to follow the steps we have outlined in this article. You need to unlock the bootloader of your device, download the latest version of the Magisk app from GitHub, identify the type of boot image of your device, patch the boot image using the Magisk app, flash the patched boot image using fastboot or a custom recovery, and verify the installation and enjoy Magisk. You can also browse the Module manager or the online repositories to find and install modules that suit your needs and preferences.
FAQs About Magisk Download and Installation
Here are some common questions and answers about Magisk download and installation:
Q: Is Magisk safe to use?
A: Yes, Magisk is safe to use as long as you follow the instructions carefully and use the official sources. Magisk does not modify your system partition or break any features or functions of your device. However, rooting your device may still pose some risks, such as voiding your warranty, losing OTA updates, triggering SafetyNet, or even bricking your device. Therefore, you should always backup your data before rooting your device and proceed at your own risk.
Q: How do I update Magisk?
A: You can update Magisk using the Magisk app or MM. The app will notify you when there is a new version available and allow you to download and install it directly from the app. You can also check for updates manually by tapping on the Check Updates button in the app settings. Alternatively, you can download the latest version of the Magisk app from GitHub and install it as a normal APK.
Q: How do I uninstall Magisk?
A: You can uninstall Magisk using the Magisk app or MM. The app will allow you to uninstall Magisk completely or restore your device to stock by tapping on the Uninstall button in the app settings. You can also uninstall individual modules by tapping on them in the Module manager and choosing Uninstall. Alternatively, you can flash a stock boot image using fastboot or a custom recovery to remove Magisk from your device.
Q: How do I fix a bootloop or a soft brick caused by Magisk?
A: If you encounter a bootloop or a soft brick after installing Magisk or a module, you can try to fix it by using the Magisk app or MM. The app will allow you to boot into safe mode by holding down the volume up button during boot. This will disable all modules and allow you to access the app and uninstall the problematic module or Magisk. You can also use MM to access the app from the recovery mode and perform the same actions. Alternatively, you can flash a stock boot image or a custom recovery to restore your device to normal.
Q: How do I hide Magisk from apps that detect root?
A: You can hide Magisk from apps that detect root by using the Magisk app or MM. The app will allow you to hide Magisk from selected apps by tapping on the Hide Magisk button in the app settings. This will create a hidden version of the Magisk app with a random package name and icon, and prevent the selected apps from detecting Magisk or root. You can also use MM to access the app from the recovery mode and perform the same actions. Alternatively, you can use Zygisk or other frameworks to modify the behavior of the apps that detect root.
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