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Reverse Engineering Armv8-A Systems

Reverse Engineering Armv8-A Systems

By : Austin Kim
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Reverse Engineering Armv8-A Systems

Reverse Engineering Armv8-A Systems

By: Austin Kim

Overview of this book

Unlock the secrets hidden in binary code without needing the source! Written by a Linux kernel engineer and author with over 14 years of industry experience, this book lays a solid foundation in reverse engineering and takes you from curious analyst to expert. You’ll master advanced techniques to dissect kernel binaries, including kernel module files, vmlinux, and vmcore, giving you the power to analyze systems at their core. This practical, three-part journey starts with the essentials of reverse engineering, introducing the key features of Armv8-A processors and the ELF file format. The second part walks you through the reverse-engineering process, from Arm environment setup to using static and dynamic analysis tools, including innovative methods for analyzing kernel binaries and the powerful debugging tool uftrace. The final part covers security, exploring TrustZone and the latest security techniques to safeguard Arm devices at the hardware level. By the end of this reverse engineering book, you'll have comprehensive Armv8-A expertise and the practical skills to analyze any binary with confidence while leveraging advanced security features to harden your systems.
Table of Contents (22 chapters)
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Preface
Lock Free Chapter
1
Part I: Fundamentals of Armv8-A Architecture
7
Part II: Background Knowledge for Binary Analysis
11
Part III: Unlocking Key Binary Analysis Skills for Reverse Engineering
17
Part IV: Security Features in Armv8-A Systems
20
Other Books You May Enjoy
21
Index

Introducing log-based debugging

In this section, we will explain why log-based analysis is used for debugging and how it helps software engineers understand system behavior.

Why do we need logs or tracing?

In reverse engineering, it is common to analyze binary files. However, in real-world development and debugging, engineers do not always analyze binaries. Instead, they often use logs to monitor software behavior.

Logs allow us to track what the software is doing over time because they contain timestamps, system events, and error messages. Here are other reasons why logs are useful:

  • An error message can be recorded just before an issue occurs
  • They identify any unusual system behavior or warnings leading up to the failure
  • They show system status indicators such as temperature, battery level, or resource usage

Many Linux distributions provide different types of logs to help developers analyze system behavior. The following are the most well...

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