ARM Exploitation: Return Oriented Programming (0x64 ∧ 0x6d) ∨ 0x69
#Network & Cloud#Network Security
CapTipper is a python tool to analyze, explore, and revive HTTP malicious traffic.
Creating ROP Chains to Bypass Data Execution Prevention
Creating ROP chains to bypass data execution prevention - DEP
Exploring Simple Stack Overflow Vulnerabilities with ROP
This series focuses on exploiting simple stack overflow vulnerabilities by using return oriented programming (ROP) techniques to bypass data execution prevention (DEP).
There are three posts in this series
This series includes a total of three posts.
The posts became quite detailed,
The posts became quite detailed, and there is a lot of information to comprehend.
If you notice any omissions, bugs (whether in language, grammar, etc.), have suggestions for improvements, or have any questions, please feel free to reach out to me via Twitter or through the contact page.
I am more than happy to answer your questions and include any improvements in this post.
Latest Update of this series: 03.12.2018
Changelog 03.12.2018: A working, prebuilt environment has been added to simplify the process of getting started.
13.10.2018: Updated the "Setup & Tools" section with instructions on how to initialize the Archlinux ARM keyring and commands for installing the required packages.
Additionally, a command line switch was included to disable GCC stack canaries.
07.09.2018: A note was added regarding the successful setup of the bridge interface using QEMU (in the first part).
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- ARM Exploitation
- Setup and Tools
In the first part, I describe the setup I used, which consists of a set of scripts to build a QEMU-based ArchLinux ARM environment along with a vulnerable HTTP daemon.
Requirements:
