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Getting Started with Kubernetes

You're reading from   Getting Started with Kubernetes Extend your containerization strategy by orchestrating and managing large-scale container deployments

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Product type Paperback
Published in Oct 2018
Publisher Packt
ISBN-13 9781788994729
Length 470 pages
Edition 3rd Edition
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Authors (2):
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Jesse White Jesse White
Author Profile Icon Jesse White
Jesse White
Jonathan Baier Jonathan Baier
Author Profile Icon Jonathan Baier
Jonathan Baier
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Toc

Table of Contents (18) Chapters Close

Preface 1. Introduction to Kubernetes FREE CHAPTER 2. Building a Foundation with Core Kubernetes Constructs 3. Working with Networking, Load Balancers, and Ingress 4. Implementing Reliable Container-Native Applications 5. Exploring Kubernetes Storage Concepts 6. Application Updates, Gradual Rollouts, and Autoscaling 7. Designing for Continuous Integration and Delivery 8. Monitoring and Logging 9. Operating Systems, Platforms, and Cloud and Local Providers 10. Designing for High Availability and Scalability 11. Kubernetes SIGs, Incubation Projects, and the CNCF 12. Cluster Federation and Multi-Tenancy 13. Cluster Authentication, Authorization, and Container Security 14. Hardening Kubernetes 15. Kubernetes Infrastructure Management 16. Assessments 17. Other Books You May Enjoy

Introduction to high availability


In order to understand our goals for this chapter, we first need to talk about the more general terms of high availability and scalability. Let's look at each individually to understand how the pieces work together.

We'll discuss the required terminology and begin to understand the building blocks that we'll use to conceptualize, construct, and run a Kubernetes cluster in the cloud.

Let's dig into high availability, uptime, and downtime.

How do we measure availability?

High availability (HA) is the idea that your application is available, meaning reachable, to your end users. In order to create highly available applications, your application code and the frontend that users interact with needs to be available the majority of the time. This term comes from the system design field, which defines the architecture, interface, data, and modules of a system in order to satisfy a given set of requirements. There are many examples of system design in disciplines from...

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