I'm sharing one of my Kernel Driver IOCTL Fuzzer which operates completely from user land. To run this script you should know at least one process which sends IOCTL to your target device you are fuzzing.
This script is very simple and straight forward. It basically operate in two modes. One is in-memory fuzzing mode and another is logging mode.
In fuzzing mode it attaches it self to given user mode process and hooks DeviceIoControl!Kernel32. After that when DeviceIoControl is get called by theprocess it fuzzes the input/output buffer length, input buffer content etc inside memory and at the same time logs actual buffer and mutated buffer length / content in a xml log file. Which can be helpful while reproducing os crashes.
When running in logging mode it tries to dump all I/O Control code I/O Buffer pointer, I/O buffer length that given process is sending to Kernel mode device. This XML log can be used to fuzz any driver further.
This script is very simple and straight forward. It basically operate in two modes. One is in-memory fuzzing mode and another is logging mode.
In fuzzing mode it attaches it self to given user mode process and hooks DeviceIoControl!Kernel32. After that when DeviceIoControl is get called by theprocess it fuzzes the input/output buffer length, input buffer content etc inside memory and at the same time logs actual buffer and mutated buffer length / content in a xml log file. Which can be helpful while reproducing os crashes.
When running in logging mode it tries to dump all I/O Control code I/O Buffer pointer, I/O buffer length that given process is sending to Kernel mode device. This XML log can be used to fuzz any driver further.
Download:
This tool can be downloaded from my github page : iofuzz
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ReplyDeleteA very interesting post on advanced kernel driver fuzzing techniques. Running fuzzing logic directly in memory and interacting with drivers through IOCTL interfaces demonstrates the depth of research required to uncover vulnerabilities in low-level system components. This kind of work highlights the importance of robust testing methodologies in Cyber Security Projects for Final Year Students, where identifying weaknesses before attackers do is a critical objective.
DeleteI particularly liked the discussion around driver communication, memory handling, and automated vulnerability discovery. Research in this area plays a significant role in strengthening operating system security and aligns closely with modern Information Security Projects focused on threat detection, exploit prevention, and secure system design.
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