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Hands-on Kubernetes on Azure, Third Edition

You're reading from   Hands-on Kubernetes on Azure, Third Edition Use Azure Kubernetes Service to automate management, scaling, and deployment of containerized applications

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Product type Paperback
Published in May 2021
Publisher Packt
ISBN-13 9781801079945
Length 528 pages
Edition 3rd Edition
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Authors (3):
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Gunther Lenz Gunther Lenz
Author Profile Icon Gunther Lenz
Gunther Lenz
Nills Franssens Nills Franssens
Author Profile Icon Nills Franssens
Nills Franssens
Shivakumar Gopalakrishnan Shivakumar Gopalakrishnan
Author Profile Icon Shivakumar Gopalakrishnan
Shivakumar Gopalakrishnan
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Toc

Table of Contents (22) Chapters Close

Preface Foreword
Section 1: The Basics FREE CHAPTER
1. Introduction to containers and Kubernetes 2. Getting started with Azure Kubernetes Service Section 2: Deploying on AKS
3. Application deployment on AKS 4. Building scalable applications 5. Handling common failures in AKS 6. Securing your application with HTTPS 7. Monitoring the AKS cluster and the application Section 3: Securing your AKS cluster and workloads
8. Role-based access control in AKS 9. Azure Active Directory pod‑managed identities in AKS 10. Storing secrets in AKS 11. Network security in AKS Section 4: Integrating with Azure managed services
12. Connecting an application to an Azure database 13. Azure Security Center for Kubernetes 14. Serverless functions 15. Continuous integration and continuous deployment for AKS Index

Commands for monitoring applications

Monitoring the health of applications deployed on Kubernetes as well as the Kubernetes infrastructure itself is essential for providing a reliable service to your customers. There are two primary use cases for monitoring:

  • Ongoing monitoring to get alerts if something is not behaving as expected
  • Troubleshooting and debugging application errors

When observing an application running on top of a Kubernetes cluster, you'll need to examine multiple things in parallel, including containers, pods, services, and the nodes in the cluster. For ongoing monitoring, you'll need a monitoring system such as Azure Monitor or Prometheus. Azure Monitor will be introduced later in this chapter. Prometheus (https://prometheus.io/) is a popular open-source solution within the Kubernetes ecosystem to monitor Kubernetes environments. For troubleshooting, you'll need to interact with the live cluster. The most common commands used for troubleshooting...

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