The eighth article of the Exploiting Reversing Series (ERS) is now live.

[alexandreborges@infosec.exchange]

The eighth article of the Exploiting Reversing Series (ERS) is now live. Titled “Exploitation Techniques | CVE-2024-30085 (Part 02)” this 91-page technical guide offers a comprehensive roadmap for vulnerability exploitation:

Exploiting Reversing (ER) series: article 08 | Exploitation Techniques: CVE-2024-30085 (part 02)

Today I am releasing the eighth article in the Exploiting Reversing Series (ERS). In “Exploitation Techniques | CVE-2024-30085 (Part 02)” I provide a 91-page deep dive and a comprehensive roadmap for vulnerability exploitation: https://exploitreversing.com/wp-content/uploads/2026/03/exploit_reversing_08.pdf Key features of this edition: [+] Dual Exploit Strategies: Two distinct exploit versions leveraging the I/O Ring technique.[+] Exploit ALPC +…

Exploit Reversing (exploitreversing.com)

Key features of this edition:

[+] Dual Exploit Strategies: Two distinct exploit versions leveraging the I/O Ring mechanism.
[+] Exploit ALPC + WNF OOB + Pipe Attributes + I/O Ring: elevation of privilege of a regular user to SYSTEM.
[+] Replaced ALPC one-shot write with Pipe Attribute spray for I/O Ring RegBuffers corruption: more reliable adjacency control.
[+] Exploit WNF OOB + I/O Ring Read/Write: elevation of privilege of a regular user to SYSTEM.
[+] Pure I/O Ring primitive: eliminated ALPC dependency entirely. WNF overflow directly corrupts I/O Ring RegBuffers for arbitrary kernel read/write.
[+] Solid Reliability: Two complete, stable exploits, including an improved cleanup stage.

This article guides you through two additional techniques for exploiting the CVE-2024-30085 Heap Buffer Overflow. While demonstrated here, these methods can be adapted as exploitation techniques for many other kernel targets.

I hope this serves as a definitive resource for your research. If you find it helpful, please feel free to share it or reach out with your feedback!

Enjoy the read and have an excellent day.

#exploit #exploitdevelopment #windows #exploitation #vulnerability #minifilterdriver #kernel #heapoverflow #ioring