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Learn Kubernetes Security

You're reading from   Learn Kubernetes Security Securely orchestrate, scale, and manage your microservices in Kubernetes deployments

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Product type Paperback
Published in Jul 2020
Publisher Packt
ISBN-13 9781839216503
Length 330 pages
Edition 1st Edition
Languages
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Authors (2):
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Pranjal Jumde Pranjal Jumde
Author Profile Icon Pranjal Jumde
Pranjal Jumde
Kaizhe Huang Kaizhe Huang
Author Profile Icon Kaizhe Huang
Kaizhe Huang
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Table of Contents (19) Chapters Close

Preface 1. Section 1: Introduction to Kubernetes
2. Chapter 1: Kubernetes Architecture FREE CHAPTER 3. Chapter 2: Kubernetes Networking 4. Chapter 3: Threat Modeling 5. Chapter 4: Applying the Principle of Least Privilege in Kubernetes 6. Chapter 5: Configuring Kubernetes Security Boundaries 7. Section 2: Securing Kubernetes Deployments and Clusters
8. Chapter 6: Securing Cluster Components 9. Chapter 7: Authentication, Authorization, and Admission Control 10. Chapter 8: Securing Kubernetes Pods 11. Chapter 9: Image Scanning in DevOps Pipelines 12. Chapter 10: Real-Time Monitoring and Resource Management of a Kubernetes Cluster 13. Chapter 11: Defense in Depth 14. Section 3: Learning from Mistakes and Pitfalls
15. Chapter 12: Analyzing and Detecting Crypto-Mining Attacks 16. Chapter 13: Learning from Kubernetes CVEs 17. Assessments 18. Other Books You May Enjoy

Threat actors in Kubernetes environments

A threat actor is an entity or code executing in the system that the asset should be protected from. From a defense standpoint, you first need to understand who your potential enemies are, or your defense strategy will be too vague. Threat actors in Kubernetes environments can be broadly classified into three categories:

  1. End user: An entity that can connect to the application. The entry point for this actor is usually the load balancer or ingress. Sometimes, pods, containers, or NodePorts may be directly exposed to the internet, adding more entry points for the end user.
  2. Internal attacker: An entity that has limited access inside the Kubernetes cluster. Malicious containers or pods spawned within the cluster are examples of internal attackers.
  3. Privileged attacker: An entity that has administrator access inside the Kubernetes cluster. Infrastructure administrators, compromised kube-apiserver instances, and malicious nodes are...
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