Reversing and Exploiting ARM Binaries: rwthCTF Trafman
A tutorial on setting up a virtual ARM environment, reversing ARM binaries, and writing basic exploits for ARM using the trafman challenge of rwthCTF as an example.
Reversing and Exploiting ARM Binaries: rwthCTF Trafman
A tutorial on setting up a virtual ARM environment, reversing ARM binaries, and writing basic exploits for ARM using the trafman challenge of rwthCTF as an example.
Reversing and Exploiting ARM Binaries: rwthCTF Trafman Description
To set up a virtual ARM environment using Qemu, introduce ARM assembly, reverse ARM binaries, and demonstrate how to write basic exploits for ARM using the trafman challenge of rwthCTF as an example. Virtual ARM Environment To start we need an environment capable of running ARM binaries. Since I didn't have an ARM machine I created a virtual ARM environment using Qemu. Qemu is similar to VirtualBox or VMWare, except that it can support multiple architectures. This allows you the emulate ARM on your default x86 or x64 machine. First we need to know which ARM architecture to pick. Most Linux distributions support two architectures: armel and armhf. Armel supports the ARMv4 instruction set and emulates floating point operations in software, while armhf supports the ARMv7 instruction set and uses hardware floating point operations. At least that's the case for Debian, Ubuntu uses the term "armel" differently [Ubuntu FAQ, ARM FAQ].
FEATURED
Password manager with end-to-end encryption and identity protection features
VPN service providing encrypted internet connections and privacy protection
Fractional CISO services for B2B companies to accelerate sales and compliance
Stay Updated with Mandos Brief
Get the latest cybersecurity updates in your inbox
TRENDING CATEGORIES
POPULAR
Security platform that provides protection, monitoring and governance for enterprise generative AI applications and LLMs against various threats including prompt injection and data poisoning.
A threat intelligence aggregation service that consolidates and summarizes security updates from multiple sources to provide comprehensive cybersecurity situational awareness.
Fabric Platform is a cybersecurity reporting solution that automates and standardizes report generation, offering a private-cloud platform, open-source tools, and community-supported templates.
A weekly newsletter providing cybersecurity leadership insights, industry updates, and strategic guidance for security professionals advancing to management positions.