Breaking Bits
  • What this gitbook is
  • Vulnerability Discovery
    • Reverse Engineering
      • Modern Vulnerability Research Techniques on Embedded Systems
      • Remote Dynamic Blackbox Java App Analysis
    • Emulation
      • QEMU Usermode Tracing
      • Building QEMU on Ubuntu
    • Fuzzing with AFL
    • Automated Vulnerability Discovery
      • Buffer Overflows
      • Analyzing Functions
    • Automatic Exploit Generation
      • Automatic Rop Chain Generation
  • CTF
  • Battelle Shmoocon 2024
    • Time Jump Planner
  • Spaceheros CTF 2022
    • RE: Shai-Hulud
  • UMDCTF 2020
    • UMDCTF 2020: Evil Santa's Mysterious Box of Treats
  • UMDCTF 2022
    • Tracestory
  • Spaceheroes CTF 2023
    • Everything-is-wrong
  • US CyberGames RE-Cruise 4
  • Firmware Emulator
  • Interactive Firmware Emulator Usage
  • Recreating CVE-2015-1187 in the DIR-820L
  • Exploit Development
    • Linux kernel exploit development
      • Setup
      • Interacting with Kernel Modules
      • Kernel stack cookies
      • Kernel Address Space Layout Randomization (KALSR)
      • Supervisor mode execution protection (SMEP)
      • Kernel page table isolation (KPTI)
      • Supervisor Mode Access Prevention (SMAP)
Powered by GitBook
On this page

Was this helpful?

  1. Vulnerability Discovery
  2. Emulation

QEMU Usermode Tracing

Qemu usermode tracing has powerful tracing capabilities to help you narrow down code paths fast.

The below command will show all the available default tracing pieces.

qemu-arm -d help

To get a simple trace of the execution run

qemu-arm -d in_asm,nochain -L $(pwd) <Path_To_File>
PreviousEmulationNextBuilding QEMU on Ubuntu

Last updated 6 years ago

Was this helpful?