You're reading from Digital Forensics and Incident Response Incident response tools and techniques for effective cyber threat response

Product type Paperback

Published in Dec 2022

Publisher Packt

ISBN-13 9781803238678

Length 532 pages

Edition 3rd Edition

Concepts

Forensics

Author (1):

Gerard Johansen

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Table of Contents (28) Chapters

Preface

1. Part 1: Foundations of Incident Response and Digital Forensics

2. Chapter 1: Understanding Incident Response FREE CHAPTER

3. Chapter 2: Managing Cyber Incidents

4. Chapter 3: Fundamentals of Digital Forensics

5. Chapter 4: Investigation Methodology

6. Part 2: Evidence Acquisition

7. Chapter 5: Collecting Network Evidence

8. Chapter 6: Acquiring Host-Based Evidence

9. Chapter 7: Remote Evidence Collection

10. Chapter 8: Forensic Imaging

11. Part 3: Evidence Analysis

12. Chapter 9: Analyzing Network Evidence

13. Chapter 10: Analyzing System Memory

14. Chapter 11: Analyzing System Storage

15. Chapter 12: Analyzing Log Files

16. Chapter 13: Writing the Incident Report

17. Part 4: Ransomware Incident Response

18. Chapter 14: Ransomware Preparation and Response

19. Chapter 15: Ransomware Investigations

20. Part 5: Threat Intelligence and Hunting

21. Chapter 16: Malware Analysis for Incident Response

22. Chapter 17: Leveraging Threat Intelligence

23. Chapter 18: Threat Hunting

24. Assessments

25. Index

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26. Other Books You May Enjoy

Appendix

Memory analysis overview

When discussing how to analyze the memory of a system, two terms are used interchangeably. The terms RAM and memory are used to describe the portion of the computer’s internal systems where the operating system places data utilized by applications and the system hardware while that application or hardware is in use. What makes RAM or memory different from storage is the volatile nature of the data. Often, if the system is shut down, the data will be lost.

One change in operating systems that has had a direct impact on memory analysis is the advent of the 64-bit OS. The use of a 64-bit register allows the OS to reference a total of 17,179,869,184 GB of memory. When compared to the 32-bit OS, this is several million times the amount of data previously available. As a result, there is a good deal of data contained within RAM at the time a system is running that is valuable in incident investigation. This includes the following:

Running processes...

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You're reading from Digital Forensics and Incident Response Incident response tools and techniques for effective cyber threat response

Table of Contents (28) Chapters

Memory analysis overview

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Table of Contents (28) Chapters

Memory analysis overview

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