From the course: Kubernetes and Cloud Native Associate (KCNA) Cert Prep
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Container orchestration basics - Kubernetes Tutorial
From the course: Kubernetes and Cloud Native Associate (KCNA) Cert Prep
Container orchestration basics
- In this video, I'll tell you about container orchestration. So, what are the limitations of stand-alone containers? Well, stand-alone containers are not protected in any way. If the host running them goes down, your stand-alone container is gone, and there is no scalability for stand-alone containers, you need more capacity. There's no easy way to get it. Decoupling of stand-alone containers is difficult. Decoupling is about not having a relation with specific servers, while stand-alone containers always run on a specific server. And that's why we need orchestration. So, container orchestration offers a platform to run containers on top of a cloud native environment. In cloud native, that means that we don't have a relation with the server, we run on the cloud. Orchestration allows for connecting multiple containers to applications that consists of multiple containers, and that is the microservices. So, in a microservice, as we have discussed before, all the different application…
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Learning objectives32s
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Container orchestration basics2m 38s
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Container networking and the CNI4m 33s
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Service discovery1m 53s
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Service mesh3m 40s
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Managing container storage6m 24s
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Practice questions1m 46s
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Lesson 4 lab: Analyzing Docker networking27s
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Lesson 4 lab solution: Analyzing Docker networking2m 6s
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