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Malware Analysis Techniques

You're reading from   Malware Analysis Techniques Tricks for the triage of adversarial software

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Product type Paperback
Published in Jun 2021
Publisher Packt
ISBN-13 9781839212277
Length 282 pages
Edition 1st Edition
Languages
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Author (1):
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Dylan Barker Dylan Barker
Author Profile Icon Dylan Barker
Dylan Barker
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Toc

Table of Contents (17) Chapters Close

Preface 1. Section 1: Basic Techniques
2. Chapter 1: Creating and Maintaining your Detonation Environment FREE CHAPTER 3. Chapter 2: Static Analysis – Techniques and Tooling 4. Chapter 3: Dynamic Analysis – Techniques and Tooling 5. Chapter 4: A Word on Automated Sandboxing 6. Section 2: Debugging and Anti-Analysis – Going Deep
7. Chapter 5: Advanced Static Analysis – Out of the White Noise 8. Chapter 6: Advanced Dynamic Analysis – Looking at Explosions 9. Chapter 7: Advanced Dynamic Analysis Part 2 – Refusing to Take the Blue Pill 10. Chapter 8: De-Obfuscating Malicious Scripts: Putting the Toothpaste Back in the Tube 11. Section 3: Reporting and Weaponizing Your Findings
12. Chapter 9: The Reverse Card: Weaponizing IOCs and OSINT for Defense 13. Chapter 10: Malicious Functionality: Mapping Your Sample to MITRE ATT&CK 14. Section 4: Challenge Solutions
15. Chapter 11: Challenge Solutions 16. Other Books You May Enjoy

Chapter 2 – Static Analysis – Techniques and Tooling

The challenges in Chapter 2 cover the basic static analysis of binaries. The answers are as follows:

Challenge 1

  1. The SHA256 sum of the sample is B6D7E579A24EFC09C2DBA13CA906227 90866E017A3311C1809C5041E91B7A930.
  2. The ssdeep of the sample is 3072:C5OLkQW8JS0k0wcBalDIs3hlAp5+hQQE89X3Qo+PgaE3:CsWnGYlAp5+hR9sYaE.
  3. Utilizing what we've learned from static cryptographic hashes, we can utilize OSINT sources such as VirusTotal to learn that this sample corresponds with the SolarMarker family of malware.

Challenge 2

For this challenge, you could locate the kill-switch domain for WannaCry just by utilizing the strings utility! The domain you should have uncovered was as follows:

ifferfsodp9ifjaposdfjhgosurijfaewrwergwea[.]com

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