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Cybersecurity Attacks – Red Team Strategies

You're reading from   Cybersecurity Attacks – Red Team Strategies A practical guide to building a penetration testing program having homefield advantage

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Product type Paperback
Published in Mar 2020
Publisher Packt
ISBN-13 9781838828868
Length 524 pages
Edition 1st Edition
Tools
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Author (1):
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Johann Rehberger Johann Rehberger
Author Profile Icon Johann Rehberger
Johann Rehberger
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Table of Contents (17) Chapters Close

Preface 1. Section 1: Embracing the Red
2. Chapter 1: Establishing an Offensive Security Program FREE CHAPTER 3. Chapter 2: Managing an Offensive Security Team 4. Chapter 3: Measuring an Offensive Security Program 5. Chapter 4: Progressive Red Teaming Operations 6. Section 2: Tactics and Techniques
7. Chapter 5: Situational Awareness – Mapping Out the Homefield Using Graph Databases 8. Chapter 6: Building a Comprehensive Knowledge Graph 9. Chapter 7: Hunting for Credentials 10. Chapter 8: Advanced Credential Hunting 11. Chapter 9: Powerful Automation 12. Chapter 10: Protecting the Pen Tester 13. Chapter 11: Traps, Deceptions, and Honeypots 14. Chapter 12: Blue Team Tactics for the Red Team 15. Assessments 16. Another Book You May Enjoy

Threats – trees and graphs

Threat, or attack, trees break down the anatomy of how a component might be compromised. They help analyze how an asset might be attacked by breaking down individual attack steps into smaller sub-steps. Some of the first work exploring these concepts in computer security was apparently done by Amoroso in Fundamentals of Computer Security Technology (1994), and a few years later by Schneier (https://www.schneier.com/academic/archives/1999/12/attack_trees.html).

On paper, an attack tree seems like a great idea; it allows you to break down an attack into detailed steps toward achieving an objective. However, using this technique one might end up with many attack trees, which can be hard to manage. Hence, tooling is needed.

How about graphs? Modeling adversarial behavior and associated threats and relationships between components using graphs can be a powerful way to explore connections between systems and components.

One possible way to measure...

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