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CVE-2020-15368-AsrDrv103-research — Reverse engineering research of ASRock AsrDrv103.sys (CVE-2020-15368), covering its driver interface, encrypted request protocol, and privileged hardware access primitives. | Kitploit
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GitHubegorrsp/cve-2020-15368-asrdrv103-research

CVE-2020-15368-AsrDrv103-research

Reverse engineering research of ASRock AsrDrv103.sys (CVE-2020-15368), covering its driver interface, encrypted request protocol, and privileged hardware access primitives.

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CVE-2020-15368 — AsrDrv103.sys

This repository contains my materials related to the reverse engineering of the ASRock AsrDrv103.sys Windows kernel driver associated with CVE-2020-15368.

The project was created as a practical study of Windows kernel drivers, driver communication interfaces, low-level hardware access, and vulnerable driver design.

I am not the original discoverer of CVE-2020-15368. The goal of this repository is to document my own analysis and understanding of the driver.

Write-up

The full write-up is available in the reports directory:

  • Russian version
  • English version

Sample

AsrDrv103

SHA-256

2003b478b9fd1b3d76ec5bf4172c2e8915babbbee7ad1783794acbf8d4c2519d

MD5

7c72a7e1d42b0790773efd8700e24952

Additional materials may be added as the project develops.

References

The write-up is based on my own reverse engineering of the driver and uses public documentation and previous research as references, including:

  • Microsoft Windows Driver documentation
  • Intel® 64 and IA-32 Architectures Software Developer’s Manual
  • stong/CVE-2020-15368

Author

Egor Rasputin

GitHub: @egorrsp

Disclaimer

This repository is intended for educational and defensive security research purposes. Kernel-mode software and low-level hardware interfaces can cause system instability, crashes, or data corruption. Any testing should be performed only in an isolated research environment.

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