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Digital Forensics and Incident Response

You're reading from   Digital Forensics and Incident Response Incident response techniques and procedures to respond to modern cyber threats

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Product type Paperback
Published in Jan 2020
Publisher
ISBN-13 9781838649005
Length 448 pages
Edition 2nd Edition
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Concepts
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Author (1):
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Gerard Johansen Gerard Johansen
Author Profile Icon Gerard Johansen
Gerard Johansen
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Table of Contents (22) Chapters Close

Preface 1. Section 1: Foundations of Incident Response and Digital Forensics
2. Understanding Incident Response FREE CHAPTER 3. Managing Cyber Incidents 4. Fundamentals of Digital Forensics 5. Section 2: Evidence Acquisition
6. Collecting Network Evidence 7. Acquiring Host-Based Evidence 8. Forensic Imaging 9. Section 3: Analyzing Evidence
10. Analyzing Network Evidence 11. Analyzing System Memory 12. Analyzing System Storage 13. Analyzing Log Files 14. Writing the Incident Report 15. Section 4: Specialist Topics
16. Malware Analysis for Incident Response 17. Leveraging Threat Intelligence 18. Hunting for Threats 19. Assessment 20. Other Books You May Enjoy Appendix

Order of Volatility

Not all evidence on a host system is the same. Volatility is used to describe how data on a host system is maintained after changes such as log-offs or power shutdowns. Data that will be lost if the system is powered down is referred to as volatile data. Volatile data can be data in the CPU, routing table, or ARP cache. One of the most critical pieces of volatile evidence is the memory currently running on the system. When investigating incidents such as malware infections, the memory in a live system is of critical importance. Malware leaves a number of key pieces of evidence within the memory of a system and, if lost, can leave the incident response analyst with little or no room to investigate. This can include such artifacts as registry data, command history, and network connections.

Non-volatile data is the data that is stored on a hard drive and will...

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