Enabling debugging on an Android device with a broken screen can be challenging, but it is not impossible. Debugging allows you to access the device’s internal files, settings, and data, which is essential for troubleshooting issues or recovering data. However, with a broken screen, you can’t interact with the device visually, making the process more complicated. In this blog post, we will explore various methods to enable debugging on an Android device with a broken screen and discuss the pros and cons of each option.
What’s Needed
To enable debugging on an Android device with a broken screen, you will need the following:
- A computer with the necessary USB drivers installed for your device
- A USB cable to connect your device to the computer
- An OTG adapter (Optional) if your device supports USB On-The-Go
- A working touchpad, mouse, or keyboard to navigate the device
Video Tutorial:
What Requires Your Focus?
When enabling debugging on an Android device with a broken screen, you need to pay attention to the following:
- Ensuring your computer has the correct USB drivers for your device
- Using alternative methods to interact with your device if the touch screen is unresponsive
- Following the steps carefully to avoid any potential risks or damages
- Understanding the limitations and drawbacks of each method
Option 1: How to Enable Debugging via ADB
Enabling debugging via Android Debug Bridge (ADB) is a common method used to interact with Android devices via a computer. Here are the steps to enable debugging on an Android device with a broken screen using ADB:
1. Install ADB on your computer if you haven’t already. You can download it from the official Android Developer website.
2. Connect your device to the computer using a USB cable.
3. Open a command prompt or terminal window on your computer and navigate to the directory where ADB is installed.
4. Run the command `adb devices` to check if your device is detected by ADB. If it shows a device ID, then you’re good to proceed.
5. Run the command `adb shell` to access the device’s shell.
6. Type `su` and press Enter to gain root access if your device is rooted. If not, skip this step.
7. Enter the command `settings put secure user_setup_complete 0` to disable the setup wizard.
8. Reboot your device by running the command `adb reboot`.
9. After the device restarts, you should be able to skip the setup wizard and reach the home screen.
10. From the home screen, go to Settings > Developer options > USB debugging and enable it.
11. Connect your device back to the computer, and ADB should now detect it as a debuggable device.
Pros:
– ADB is a widely used method and provides full access to the device’s internals.
– Enabling debugging via ADB is relatively straightforward if your device is detected.
Cons:
– It requires prior installation of ADB on your computer and familiarity with command-line usage.
– ADB might not detect your device if the necessary USB drivers are not installed or configured correctly.
Option 2: How to Enable Debugging via OTG and Mouse
If your device supports USB On-The-Go (OTG), you can use an OTG adapter to connect a mouse to navigate the device. Here’s how you can enable debugging using this method:
1. Connect the OTG adapter to your device and connect the mouse to the adapter.
2. Once the mouse is connected, you should see a cursor on the screen.
3. Use the mouse to navigate to the app drawer and open Settings.
4. From the Settings menu, go to Developer options.
5. Enable USB debugging from the Developer options.
6. Connect your device to the computer, and ADB should detect it as a debuggable device.
Pros:
– This method allows you to interact with the device using an external mouse, eliminating the need for a functional touch screen.
– It is relatively easy to set up if your device supports USB OTG.
Cons:
– Not all devices support USB OTG, so this method may not be applicable to all users.
– You need to have an OTG adapter and a mouse handy, which might not be readily available.
Option 3: How to Enable Debugging via Custom Recovery
If your device has a custom recovery like TWRP installed, you can use it to enable debugging. Here are the steps:
1. Boot your device into recovery mode. The key combination to enter recovery mode varies depending on the device. You can search online for the specific key combination for your device.
2. Once in recovery mode, navigate to the Advanced or Extra options.
3. Look for an option named “Enable ADB” or “Enable USB Debugging” and select it.
4. Reboot your device.
5. After the device restarts, connect it to your computer with a USB cable.
6. ADB should now detect your device as a debuggable device.
Pros:
– This method is particularly useful if you already have a custom recovery installed on your device.
– It provides access to debugging without relying on the device’s screen functionality.
Cons:
– Not all devices have a custom recovery installed, making this method inaccessible to some users.
– If you don’t have prior experience with custom recoveries, the process might be challenging.
Option 4: How to Enable Debugging via Remote Control Apps
Another option to enable debugging on an Android device with a broken screen is to use remote control apps. These apps allow you to control your Android device from a computer or another mobile device. Here’s how you can use this method:
1. Install a remote control app like TeamViewer, Airdroid, or Vysor on your computer and your Android device.
2. Follow the app’s instructions to establish a connection between your computer and the Android device.
3. Once connected, you can control your Android device from the computer interface.
4. Navigate to the Settings app on the Android device and enable USB debugging from the Developer options.
5. Connect your device to the computer, and ADB should detect it as a debuggable device.
Pros:
– Remote control apps provide a convenient way to interact with your device, even with a broken screen.
– You can control your device from a computer or another mobile device, offering flexibility.
Cons:
– The effectiveness of remote control apps depends on the stability of the network connection.
– Some remote control apps may require a paid subscription for full functionality.
Why Can’t I Use Other Solutions?
If none of the methods mentioned above work for you, here are three alternative solutions you can consider:
1. Contact a professional: If you are not confident in performing the steps yourself or if the device has valuable data, contacting a professional technician or a phone repair service might be the safest option. They have the expertise and tools to handle devices with broken screens.
2. Replace the screen: If you are comfortable working with electronics, you can consider replacing the broken screen yourself. However, this involves disassembling the device, purchasing a replacement screen, and carefully following the replacement process, which can be complex.
3. Device-specific solutions: Some manufacturers and models have specific methods or software tools to enable debugging on devices with broken screens. Check the official support documentation or reach out to the manufacturer for guidance.
Implications and Recommendations
When enabling debugging on an Android device with a broken screen, keep the following points in mind:
1. Be cautious: While these methods can be helpful, there is always a risk involved when working with sensitive device settings. Proceed with caution and ensure you understand the steps before proceeding.
2. Back up your data: Before attempting to enable debugging, it is essential to back up any important data from your device. This way, you can avoid data loss if anything goes wrong during the process.
3. Seek professional help if uncertain: If you are unsure about any step or if you don’t feel confident performing the process yourself, it is better to seek professional help. They have the necessary knowledge and experience to handle these situations safely.
The Bottom Line
Enabling debugging on an Android device with a broken screen can be challenging but not impossible. By following the methods outlined in this blog post, you can gain access to your device’s internals and perform necessary troubleshooting or data recovery tasks. Remember to proceed with caution and back up your data before making any changes. If all else fails, it is advisable to seek professional assistance to avoid further complications.
5 FAQs about Enabling Debugging on Android With Broken Screen
Q1: Can I enable debugging on an Android device with a completely unresponsive touchscreen?
A: Enabling debugging becomes more challenging if the touchscreen is unresponsive. In such cases, alternative methods like using a mouse with an OTG adapter or remote control apps can help you navigate the device without relying on the touchscreen.
Q2: What if my Android device doesn’t have Developer options in the Settings?
A: By default, Developer options are hidden on Android devices. You can enable them by going to Settings > About phone (or About device) and tapping on the Build number 7 times. This reveals the Developer options in the Settings menu.
Q3: What are the risks of enabling USB debugging on an Android device with a broken screen?
A: Enabling USB debugging itself does not pose any significant risks. However, it grants access to sensitive device settings and internals. Any changes made in this mode can have unintended consequences and potentially lead to data loss or worsen the device’s condition if not done properly.
Q4: Can I access my Android device’s files without enabling debugging?
A: If your Android device has the MTP (Media Transfer Protocol) option enabled by default, you can access its files by connecting it to a computer using a USB cable. The device will appear as a storage device, similar to a USB drive. However, for more advanced access and control, enabling debugging is necessary.
Q5: Can I recover data from an Android device with a broken screen?
A: Enabling debugging allows you to recover data from an Android device with a broken screen. Once enabled, you can use various tools and software to back up or transfer files from the device to another computer or storage medium. However, the success of data recovery depends on the device’s condition and the availability of appropriate software and tools.