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Cloud Native Software Security Handbook

Cloud Native Software Security Handbook

By : Mihir Shah
5 (5)
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Cloud Native Software Security Handbook

Cloud Native Software Security Handbook

5 (5)
By: Mihir Shah

Overview of this book

For cloud security engineers, it’s crucial to look beyond the limited managed services provided by cloud vendors and make use of the wide array of cloud native tools available to developers and security professionals, which enable the implementation of security solutions at scale. This book covers technologies that secure infrastructure, containers, and runtime environments using vendor-agnostic cloud native tools under the Cloud Native Computing Foundation (CNCF). The book begins with an introduction to the whats and whys of the cloud native environment, providing a primer on the platforms that you’ll explore throughout. You’ll then progress through the book, following the phases of application development. Starting with system design choices, security trade-offs, and secure application coding techniques that every developer should be mindful of, you’ll delve into more advanced topics such as system security architecture and threat modelling practices. The book concludes by explaining the legal and regulatory frameworks governing security practices in the cloud native space and highlights real-world repercussions that companies have faced as a result of immature security practices. By the end of this book, you'll be better equipped to create secure code and system designs.
Table of Contents (16 chapters)
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1
Part 1: Understanding Cloud Native Technology and Security
5
Part 2: Implementing Security in Cloud Native Environments
11
Part 3: Legal, Compliance, and Vendor Management

Principles for authentication and authorization

Authentication and authorization are essential security concepts that govern access control in distributed systems such as Kubernetes. Both processes play a crucial role in protecting sensitive data and resources from unauthorized access. In this section, we will explain the fundamentals of authentication and authorization, focusing on their importance and implications in a Kubernetes cluster.

First, let’s understand and analyze each term individually and then seek to learn what they mean and their significance in cloud-native environments.

Authentication

Authentication is the process of verifying the identity of a user, client, or system attempting to access a resource. In the context of Kubernetes, authentication primarily involves confirming the identity of users or service accounts trying to access the Kubernetes API. Kubernetes supports various authentication mechanisms, including client certificates, bearer tokens...

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Cloud Native Software Security Handbook
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