XMAPort 260817 Beta Download – HyperOS Porting Tool

XMAPort 260817 Beta Download Latest Version – HyperOS Porting Tool 

XMAPort 260817 Beta Latest Version Download (HyperOS Porting Tool)

XMAPort is a free, open-source tool that automates HyperOS ROM porting for Xiaomi and Redmi smartphones. Built for HyperOS builds based on Android 15 and Android 16, it handles the repetitive work that porters normally do manually: downloading ROM packages, extracting them, unpacking partition images, migrating partitions between devices, and repacking everything into a usable output.

The project is written in Python, with a Win32 EXE also provided for Windows users, and it is developed by NorthStarK-Lvy on GitHub. The current release, version 260817 Beta, will mainly interest ROM porters, custom ROM maintainers, and advanced users who want to move a HyperOS build from one Xiaomi or Redmi device to another.

This article covers the tool's features, supported devices, configuration steps, command-line usage, limitations, and safe-porting practices, followed by the official download link.

What's New in XMAPort 260817 Beta

A detailed changelog for the 260817 Beta build is not specified in the available project information, so version-specific changes cannot be listed here.

What can be confirmed is what this build offers as a whole, according to the project's GitHub page: automatic HyperOS porting from a source ROM to a target device, both local and GitHub Actions execution modes, automatic HWC patching for the Dimensity 8100 and 8200 series, EROFS and EXT4 packing, and optional vbmeta and ADB debug tweaks during the packing stage.

Key Features

• Automatic HyperOS porting. The tool takes a source ROM and a target device ROM and carries out the porting pipeline, from download through to the final packed images.
• Xiaomi and Redmi support. The project is built specifically around Xiaomi and Redmi devices, with a list of tested and theoretically supported models.
• Local mode and GitHub Actions mode. You can run the porting job on your own computer, or through GitHub's Actions workflow system. Setup details for the Actions mode are not specified in the provided project information.
• Automatic HWC patching. XMAPort can patch HWC automatically for devices running on the Dimensity 8100 and 8200 series chipsets, which removes a manual step for supported hardware.
• EROFS and EXT4 packing. Both popular Android partition formats are supported, so the output can match the storage format your device expects.
• Disable vbmeta verification. An optional setting that packs the ROM with vbmeta verification disabled. Note that this reduces the device's verified boot protections.
• ADB debug properties. An option to add ADB debug properties while packing, which can be helpful when you need to inspect a ported build after flashing.
• EROFS compression options. Different compression levels can be selected for EROFS packing, giving you control over the balance between image size and build time.

Supported Devices and Platforms

According to the project page, the following Xiaomi and Redmi devices have been listed among the tested ports:

Status	Devices
Tested (listed by the project)	Redmi Note 12R, Redmi Note 12T Pro, Redmi K100 Pro
Theoretical Support	Xiaomi 11 / 12 / 13 / 14 / 15 SeriesRedmi K50 / 60 / 70 / 80 / 90 SeriesRedmi Note 12 / 13 / 14 / 15 SeriesRedmi 12 / 13 / 14 / 15 Series

The word "theoretical" matters here. These models are listed as supported on paper, but they are not part of the project's tested list, so results on those devices are not confirmed.

Regarding platforms: a Win32 EXE is provided, so Windows use is confirmed. The Python script requires Python to be installed, but the specific Python version and operating system requirements are not specified in the available information.

How XMAPort Works

XMAPort follows the standard porting pipeline, but automates each stage. Once you provide a source ROM link and a target ROM link in the config.ini file, the tool downloads both packages, extracts them, and unpacks the partition images. It then migrates the partitions so the ported content matches the target device, applies patches where applicable (such as automatic HWC patching on Dimensity 8100/8200 hardware), and repacks everything into EROFS or EXT4 format.

Optional steps can be toggled during packing, including disabling vbmeta verification and adding ADB debug properties. When the process finishes, the packed images are saved in the workspace\packed\ folder.

How to Use XMAPort

The project lists the following workflow for a local run:

1. Make sure Python is installed on your computer.
2. Open the config.ini file.
3. Add the full direct ROM link under the [source] section.
4. Add the full target ROM link under the [target] section.
5. Run XMAPort.py.
6. Select [1] Done Port HyperOS from the main menu.
7. On the first run, enter the target device codename, such as sheng, fuxi, or sky.
8. Check the displayed parameters and confirm them.
9. Once the process finishes, collect the packed images from workspace\packed\.

There is also an automatic command-line mode. The project demonstrates it like this:

python XMAPort.py --auto --device sheng

The source and target ROM links can be supplied directly as well, using the --source and --target options.

Real-World Use Case

Imagine you run a small repair and customisation shop and a customer with a Redmi Note 12T Pro wants a newer HyperOS build that was released for a different Xiaomi device. Doing this by hand would mean downloading both full ROM packages, unpacking the super partition images, adjusting partition sizes, patching HWC manually, and repacking the result — a slow and error-prone process.

With XMAPort, you place the two direct ROM links in config.ini, run the script, enter the target codename, verify the displayed parameters, and let the tool complete the pipeline. The finished images land in workspace\packed\, ready for the flashing step. If you prefer not to load your own machine, the same job can be pushed through GitHub Actions instead.

Safety and Important Notes

• device_size must be correct. The project explicitly warns that this value must match your phone's super partition size. An incorrect value can cause a super space error.
• device_platform must be correct. Setting the wrong chip manufacturer can cause the phone not to boot, as per the project's own warning.
• Back up your data first. Flashing a ported ROM can wipe the device or leave it unbootable. Take a full backup before you begin.
• Bootloader unlock is generally required. As with most custom ROM work on Xiaomi and Redmi phones, flashing ported images on a locked bootloader is not possible, so plan for the unlock process in advance.
• Think before disabling vbmeta verification. It may be needed for certain ports, but it lowers verified boot protections on the device.
• Use direct ROM links. The tool expects full, direct download links in config.ini; broken or indirect links will stop the process.
• Beta software carries risk. Verify outputs before flashing, and treat the tool as a power-user utility rather than a beginner-friendly one-click app.

Frequently Asked Questions

1. What is XMAPort used for?

XMAPort is an automatic HyperOS ROM porting tool for Xiaomi and Redmi phones. It downloads, extracts, unpacks, migrates, and repacks ROM files to move a HyperOS build from a source device to a target device.

2. Is XMAPort free?

Yes. The project is open source and hosted on GitHub, developed by NorthStarK-Lvy.

3. Which devices are supported by XMAPort?

The project lists the Redmi Note 12R, Redmi Note 12T Pro, and Redmi K100 Pro among its tested ports. Theoretical support covers Xiaomi 11 to 15 series, Redmi K50 to 90 series, Note 12 to 15 series, and Redmi 12 to 15 series.

4. Do I need Python to run XMAPort?

Yes, for the script-based workflow. The project also ships a Win32 EXE for Windows users, but the required Python version is not specified.

5. What is the difference between local mode and GitHub Actions mode?

Local mode runs the porting job on your own computer, while GitHub Actions mode runs it through GitHub's workflow system. Detailed setup instructions for Actions mode are not specified in the available project information.

6. Where does XMAPort save the finished ROM?

The packed images are placed in the workspace\packed\ folder once the porting process completes.

7. Why does my phone show a super space error or fail to boot after porting?

The project attributes these problems to wrong configuration values — an incorrect device_size can cause a super space error, and an incorrect device_platform can stop the phone from booting.

8. Does XMAPort work with Android 15 and Android 16 builds?

Yes. The project states that the tool is designed for HyperOS porting based on Android 15 and Android 16.

Conclusion

XMAPort 260817 Beta packs the full HyperOS porting pipeline — download, extraction, unpacking, partition migration, patching, and repacking — into a single automated workflow. For experienced porters working with Xiaomi and Redmi hardware, particularly on Dimensity 8100 or 8200 devices, it removes a good deal of manual effort. Just remember that the quality of the result depends heavily on correct configuration, and the tool's own warnings about device_size and device_platform deserve serious attention. Always back up your data and verify outputs before flashing.

Download XMAPort 260817 Beta

You can download XMAPort from the project's official GitHub page:

Download Link: https://github.com/NorthStarK-Lvy/XMAPort