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Azure for Architects

You're reading from   Azure for Architects Create secure, scalable, high-availability applications on the cloud

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Product type Paperback
Published in Jul 2020
Publisher Packt
ISBN-13 9781839215865
Length 698 pages
Edition 3rd Edition
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Authors (3):
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Jack Lee Jack Lee
Author Profile Icon Jack Lee
Jack Lee
Ritesh Modi Ritesh Modi
Author Profile Icon Ritesh Modi
Ritesh Modi
Rithin Skaria Rithin Skaria
Author Profile Icon Rithin Skaria
Rithin Skaria
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Toc

Table of Contents (21) Chapters Close

Preface 1. Getting started with Azure 2. Azure solution availability, scalability, and monitoring FREE CHAPTER 3. Design pattern – Networks, storage, messaging, and events 4. Automating architecture on Azure 5. Designing policies, locks, and tags for Azure deployments 6. Cost management for Azure solutions 7. Azure OLTP solutions 8. Architecting secure applications on Azure 9. Azure Big Data solutions 10. Serverless in Azure – Working with Azure Functions 11. Azure solutions using Azure Logic Apps, Event Grid, and Functions 12. Azure Big Data eventing solutions 13. Integrating Azure DevOps 14. Architecting Azure Kubernetes solutions 15. Cross-subscription deployments using ARM templates 16. ARM template modular design and implementation 17. Designing IoT solutions 18. Azure Synapse Analytics for architects 19. Architecting intelligent solutions Index

AKS architecture

In the previous section, we discussed the architecture of an unmanaged cluster. Now, we will be exploring the architecture of AKS. When you have read this section, you will be able to point out the major differences between the architecture of unmanaged and managed (AKS, in this case) clusters.

When an AKS instance is created, the worker nodes only are created. The master components are managed by Azure. The master components are the API server, the scheduler, etcd, and the controller manager, which we discussed earlier. The kubelets and kube-proxy are deployed on the worker nodes. Communication between the nodes and master components happens using kubelets, which act as agents for the Kubernetes clusters for the node:

The AKS architecture consisting of the Control plane, which is Azure-managed, and the Node, which is Customer-managed.
Figure 14.8: AKS architecture

When a user requests a Pod instance, the user request lands with the API server. The API server checks and validates the request details and stores in etcd (the data store for the cluster...

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