Use tweezers or a wire to bridge the testpoint to a metal shield. While holding the bridge, plug the USB cable into the PC.
Disconnect the test point and reboot the phone into Fastboot mode (hold Volume Down + Power button while plugging in the USB cable). Open a command prompt or terminal window on your PC. Verify connection by typing: fastboot devices
Before running any code from GitHub claiming to unlock your Huawei/Honor, follow these rules:
git clone https://github.com cd huawei-honor-unlock-bootloader Use code with caution.
because Huawei officially shut down its automated bootloader unlock code retrieval portal back in 2018 . Since the official service is gone, developers on GitHub have built alternative utilities that use brute-force calculations based on device IMEIs, specialized hardware exploits (like testpoints), or custom scripts to bypass the security wall.
Install the necessary HUAWEI USB COM 1.0 drivers on your computer.
To use a Kirin boot ROM exploit found on GitHub, the phone must be disassembled. Power down the smartphone completely.
When working with these repositories, note that most use the MIT or Apache License
For devices running older security patch levels (typically Android 8 or lower), automated script repositories exploit weaknesses in the local firmware verification systems.
Unlocking disables verified boot features. Google SafetyNet and Play Integrity metrics will fail natively, requiring post-unlock root frameworks (like Magisk) and integrity fix modules to restore banking application functionalities.
The Kur01234/Huawei-Bootloader-Unlocker offers a simplified Python script where you simply replace the IMEI variable, run it, and wait. It includes a log.txt that records the last attempted code, which is essential for resuming after interruptions.
If you are developing a "piece" or tool related to this, your project would need: A Python/Bash Wrapper:
