Reversing and Exploiting ARM Binaries: rwthCTF Trafman Logo

Reversing and Exploiting ARM Binaries: rwthCTF Trafman

0
Free
Visit Website

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].

FEATURES

ALTERNATIVES

Studying Android malware behaviors through Information Flow monitoring techniques.

TeamTNT is modifying its malicious shell scripts after they were made public by security researchers.

A blind SQL injection tool written in Golang

Parse YARA rules into a dictionary representation.

Python wrapper for Android APK decompilation with various converter and decompiler options.

Automate the process of writing YARA rules based on executable code within malware.

Dynamic binary analysis library with various analysis and emulation capabilities.

Powerful debugging tool with extensive features and extensions for memory dump analysis and crash dump analysis.

CyberSecTools logoCyberSecTools

Explore the largest curated directory of cybersecurity tools and resources to enhance your security practices. Find the right solution for your domain.

Copyright © 2024 - All rights reserved