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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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Threat modeling application in Kubernetes

Now that we have looked at the threats in a Kubernetes cluster, let’s move on to discuss how threat modeling will look for an application deployed on Kubernetes. Deployment in Kubernetes adds additional complexities to the threat model. Kubernetes adds additional considerations, assets, threat actors, and new security controls that need to be considered before investigating the threats to the deployed application.

Take a simple example of a three-tier web application, as shown in Figure 3.4:

Figure 3.4 – Three-tier web application

Figure 3.4 – Three-tier web application

Figure 3.4 illustrates a typical communication flow involving a user or application interacting with a frontend web server hosted in a perimeter DMZ network, exposed to the internet via ports 443 and 80. The web server communicates with an application secured behind a firewall. Finally, the application gathers data from a database located within the corporate network, which is protected...

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Learning Kubernetes Security
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