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Practical Memory Forensics

You're reading from   Practical Memory Forensics Jumpstart effective forensic analysis of volatile memory

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Product type Paperback
Published in Mar 2022
Publisher Packt
ISBN-13 9781801070331
Length 304 pages
Edition 1st Edition
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Authors (2):
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Oleg Skulkin Oleg Skulkin
Author Profile Icon Oleg Skulkin
Oleg Skulkin
Svetlana Ostrovskaya Svetlana Ostrovskaya
Author Profile Icon Svetlana Ostrovskaya
Svetlana Ostrovskaya
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Table of Contents (17) Chapters Close

Preface 1. Section 1: Basics of Memory Forensics
2. Chapter 1: Why Memory Forensics? FREE CHAPTER 3. Chapter 2: Acquisition Process 4. Section 2: Windows Forensic Analysis
5. Chapter 3: Windows Memory Acquisition 6. Chapter 4: Reconstructing User Activity with Windows Memory Forensics 7. Chapter 5: Malware Detection and Analysis with Windows Memory Forensics 8. Chapter 6: Alternative Sources of Volatile Memory 9. Section 3: Linux Forensic Analysis
10. Chapter 7: Linux Memory Acquisition 11. Chapter 8: User Activity Reconstruction 12. Chapter 9: Malicious Activity Detection 13. Section 4: macOS Forensic Analysis
14. Chapter 10: MacOS Memory Acquisition 15. Chapter 11: Malware Detection and Analysis with macOS Memory Forensics 16. Other Books You May Enjoy

Understanding Linux memory acquisition issues

In Chapter 2, Acquisition Process, we discussed general memory dumping issues, which are also relevant in the case of Linux-based systems. However, the process of creating Linux memory dumps also has unique problems that are specific to these systems. These are the problems we will focus on.

The main difficulty that's encountered by professionals when dumping memory is the number of distributions. Since the Linux kernel is open source and distributed under the GNU General Public License, it quickly gained popularity among the community and became the basis for many distributions, each of which has its own features. Naturally, this had an impact on the memory extraction process.

Earlier versions of the kernel, before Linux 2.6, allowed access to memory via /dev/mem and /dev/kmem devices. The /dev/mem interface provided programs with root access to physical memory for read and write operations, while /dev/kmem allowed access to...

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