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Learning Kubernetes Security

Learning Kubernetes Security - Second Edition

By : Raul Lapaz
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Learning Kubernetes Security

Learning Kubernetes Security

By: Raul Lapaz

Overview of this book

With readily available services, support, and tools, Kubernetes has become a foundation for digital transformation and cloud-native development, but it brings significant security challenges such as breaches and supply chain attacks. This updated edition equips you with defense strategies to protect your applications and infrastructure while understanding the attacker mindset, including tactics like container escapes and exploiting vulnerabilities to compromise clusters. The author distills his 25+ years of experience to guide you through Kubernetes components, architecture, and networking, addressing authentication, authorization, image scanning, resource monitoring, and traffic sniffing. You’ll implement security controls using third-party plugins (krew) and tools like Falco, Tetragon, and Cilium. You’ll also secure core components, such as the kube-apiserver, CoreDNS, and kubelet, while hardening images, managing security contexts, and applying PodSecurityPolicy. Through practical examples, the book teaches advanced techniques like redirecting traffic from misconfigured clusters to rogue pods and enhances your support incident response with effective cluster monitoring and log analysis. By the end of the book, you'll have a solid grasp of container security as well as the skills to defend your clusters against evolving threats.
Table of Contents (18 chapters)
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Introducing Kubernetes auditing

Kubernetes auditing was introduced in version 1.11. Kubernetes’ auditing records events such as creating a Deployment, patching Pods, deleting namespaces, and more in chronological order. With auditing, a Kubernetes cluster administrator can answer questions such as the following:

  • What happened (for instance, whether a Pod was created and what kind of Pod it is)?
  • Who did it (user/admin)?
  • When did it happen (the timestamp of the event)?
  • Where did it happen (in which namespace is the Pod created)?

From a security standpoint, auditing enables DevOps and the security team to do better anomaly detection and prevention by tracking events happening inside the Kubernetes cluster.

In a Kubernetes cluster, it is kube-apiserver that does the auditing. When a request (for example, create a namespace) is sent to kube-apiserver, the request may go through multiple stages. There will be an event generated per stage...

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Learning Kubernetes Security
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