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Cloud Penetration Testing

You're reading from   Cloud Penetration Testing Learn how to effectively pentest AWS, Azure, and GCP applications

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Product type Paperback
Published in Nov 2023
Publisher Packt
ISBN-13 9781803248486
Length 298 pages
Edition 1st Edition
Tools
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Author (1):
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Kim Crawley Kim Crawley
Author Profile Icon Kim Crawley
Kim Crawley
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Table of Contents (20) Chapters Close

Preface 1. Part 1: Today’s Cloud Networks and Their Security Implications FREE CHAPTER
2. Chapter 1: How Do Enterprises Utilize and Implement Cloud Networks? 3. Chapter 2: How Are Cloud Networks Cyber Attacked? 4. Chapter 3: Key Concepts for Pentesting Today’s Cloud Networks 5. Part 2: Pentesting AWS
6. Chapter 4: Security Features in AWS 7. Chapter 5: Pentesting AWS Features through Serverless Applications and Tools 8. Chapter 6: Pentesting Containerized Applications in AWS 9. Part 3: Pentesting Microsoft Azure
10. Chapter 7: Security Features in Azure 11. Chapter 8: Pentesting Azure Features through Serverless Applications and Tools 12. Chapter 9: Pentesting Containerized Applications in Azure 13. Part 4: Pentesting GCP
14. Chapter 10: Security Features in GCP 15. Chapter 11: Pentesting GCP Features through Serverless Applications and Tools 16. Chapter 12: Pentesting Containerized Applications in GCP 17. Chapter 13: Best Practices and Summary 18. Index 19. Other Books You May Enjoy

Zero-trust networks

Back in the days before cloud services were commonly used, enterprises only had networks on their own premises. Back in the 1990s and early 2000s, the network security paradigm was all about perimeters.

Different network segments could have different levels of security, but the internal network and all of its segments were contained within a heavily guarded perimeter. Sometimes, external traffic would be allowed into the internal network, but it’d have to pass a vector for authentication and authorization. But once that perimeter was cleared, the user could travel within the internal network without having their credentials checked again. All users were either trusted or distrusted, and existing inside the perimeter meant automatic trust. Think of a country with a heavily guarded border, but little police presence inside of the country.

The old perimeter model of network security has been obsolete for many years now. There are multiple reasons why.

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