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Cluster Autoscaler Helm Chart: How To Improve Your EKS Cluster

Kubernetes autoscaling quickly gets tricky, but developers can save time and effort thanks to all the ecosystem's tools that make configuration and management easier. One of them is Helm. Helm charts are there to help teams define, install, and upgrade complex Kubernetes applications. And the Cluster Autoscaler Helm Chart does some of the heavy lifting for you around autoscaling.

Cluster autoscaler helm chart

But how exactly does this Helm chart work? And are there any alternatives you could use to make cluster autoscaling even easier? 

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Kubernetes Labels: Expert Guide With 10 Best Practices

With Kubernetes labels, DevOps teams can troubleshoot issues faster, apply configuration changes en masse, and respond quickly to issues. Labels also give crucial insights into your costs, boosting your monitoring, allocation, and management capabilities. Following best practices when using labels helps you realize tremendous benefits from infrastructure visibility and efficient operations. 

Here’s everything you need to know about Kubernetes labels – what they are, how they work, when to use them, and the ten best practices to follow to build a solid labeling strategy.

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Kubernetes Namespace: How to Use It to Organize and Optimize Costs

When you’re running a relatively small cluster, you might get away with having no structure in place for it. But with time, your cluster will inevitably scale to dozens of pods and hundreds of containers. If you keep running them carefree, you’ll deal with a mess sooner rather than later. Here’s your golden ticket to get out of this chaos: Kubernetes namespace.

By keeping your cluster organized with namespaces, labels, and annotations, you’ll avoid the performance, maintenance, and security issues that come together in a package with the lack of control over the deployed objects and services.