You have probably come across ADB and Fastboot if you have ever rooted an Android device. Although they are a crucial component of the rooting toolset, these utilities can be challenging to grasp, let alone master. So read on if you're interested in learning more about ADB and Fastboot, need assistance setting them up, or ...
You have probably come across ADB and Fastboot if you have ever rooted an Android device. Although they are a crucial component of the rooting toolset, these utilities can be challenging to grasp, let alone master.
So read on if you’re interested in learning more about ADB and Fastboot, need assistance setting them up, or want to know what you can do with them.
While your phone is linked to a desktop computer via a USB cable, the tools ADB and Fastboot enable access to the Android operating system. There is no app for this, and while you may use ADB wirelessly, the setup is considerably more difficult, therefore the computer and cord are essential.
ADB is typically used when Android is active. It gives you access to system folders or lets you change hidden settings that are otherwise inaccessible to users. ADB can be used to copy system files to and from the device. System updates can also be installed via the sideload capability.
When Android is not active and the device is booted into “Fastboot mode,” Fastboot functions. It gives you access to every partition on your device, including the data partition, boot partition, and others in addition to the Android operating system.
Fastboot is a diagnostic tool for Android. It is frequently used to install a custom recovery and is necessary if you need to unbrick your phone.
Both are included in the Platform Tools collection of the Android software development kit.
Both tools run through the Command Prompt on Windows, or Terminal on Mac and Linux. This means they aren’t especially user-friendly, even though they are quite easy to get the hang of.
First, you need to set up your phone to use the tools. If you haven’t already, enable the Developer Options by going to Settings > About phone and tapping on Build number seven times.
Then, in Settings > Developer options, check the box next to USB debugging and walk through the dialog box that follows.
Download ADB and Fastboot from the Android Developer website. When you unzip the download, the contents will be collected together into a folder called platform-tools. There are several other items in the folder, but you can ignore these.
If you’re on Windows, you will also need to download drivers for your device. There’s a list of links for most popular manufacturers on the Android developer website. Drivers aren’t needed on Mac or Linux.
Use the cd command to accomplish this: type cd [path to platform-tools]. The path will automatically fill in for you if you type cd[space] and then drag the platform-tools folder into the Command Prompt window.
Even simpler, on Windows you may pick Open Command Prompt Here by right-clicking the platform-tools folder while holding the shift key down.
There’s one small but essential difference between using Windows and Mac or Linux. On the latter two, every ADB and Fastboot command must be preceded by a dot-slash.
So where you type adb on Windows, you must type ./adb on Mac and Linux. And fastboot on Windows needs to be ./fastboot on Mac and Linux.
For the sake of simplicity, we’ll stick with the Windows commands going forward.
Launch Android on your phone, then use a USB cord to connect it to your desktop computer. Open the Command Prompt on your PC and modify the directory to point to the platform-tools folder.
Hit Enter after entering adb devices. The list of attached devices should now be visible, along with their serial numbers. This indicates that it is effective.
Fastboot works the same way as ADB, except you need to boot your phone into Fastboot mode instead of Android. You normally do this by holding a combination of the power and volume keys when turning on the phone.
Alternatively, use ADB and type adb reboot bootloader.
After that it’s the same. Enter fastboot devices to check that your phone is being recognized. Enter fastboot reboot to relaunch Android.
Now that you know how to use ADB and Fastboot, what can you do with them? Here are a few tools to try:
Obviously, the aforementioned instructions are simply meant to provide general direction. On some gadgets, they might not all function. Only use them if you are aware of what they will do and how to reverse any modifications they could cause.
The Android rooting and modding process depends heavily on ADB and Fastboot. It’s crucial to learn how to use them because doing so will enable you to employ more sophisticated tweaks.
As previously indicated, you must first enable the Developer Options in order to use ADB and Fastboot. Once you’ve done that, you’ll have access to a number of other handy settings.
Robert Haba is the founder and editor-in-chief of Droid Tools. A lifelong gadget enthusiast with over a decade following the Android ecosystem, he built this publication to cut through the noise and give readers honest, real-world coverage of the tech they actually use.
Google phone number verification reportedly links saved phone numbers across all signed-in Google accounts on an Android device without prompts.
Leaked Android code shows Google may bring cloud-rendered animated video wallpapers to Pixel devices, though official launch plans remain unannounced.
Early reports show isolated One UI 9 battery drain on the Galaxy S24 Ultra, though most users appear unaffected following the October update.
Pixel notification badges may soon display unread counts, based on hidden settings uncovered in the Android 17 QPR3 Beta 2 release.
The next story loads as you reach the end. You can also load it using the button.
Comments & Discussions
Join the conversation! We use Disqus to handle comments. Click the button below to load the comment section.