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Kubernetes namespaces enable you to organize cluster objects, such as applications, devices and variables. Once you define namespaces, you can use this classification to filter, group and manage objects. You can use the same namespaces in duplicated environments and apply policies to specific clusters segments. Kubernetes namespaces are also important for defining roles and ensuring proper access configuration. If you're monitoring Kubernetes, you should try out MetricFire.

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Trying to improve the reliability of your Kubernetes deployment? Start with these 5 chaos experiments. Kubernetes 1.20 is scheduled to be released next week, and this version contains a number of amazing enhancements including graceful node shutdown, more visibility into resource requests, and snapshotting volumes. But the change generating the most buzz is the deprecation of Docker as a container runtime.

Progressive delivery is arguably the most reliable and advanced set of deployment practices based on a simple idea. Instead of shutting down the old release and deploying a new one in its place, progressive delivery takes an iterative approach. It gradually increases the reach of a new release. That gives us quite a few benefits like zero-downtime deployments, reduced blast radius, increased security, and so on and so forth. I will not go into depth about what progressive delivery is.

‍Kubernetes is an open-source platform that is used for automating computer application configuration, scaling, and deployment. In order to understand the importance of Kubernetes, let us take a step back and understand why this platform was introduced in the first place.

Five worthy reads is a regular column on five noteworthy items we’ve discovered while researching trending and timeless topics. In this edition, we’ll learn about hyperscale data centers, including how they function, and the considerations and challenges organization face in deploying them.

With AWS’s announcement that macOS instances are available on Amazon EC2, iOS, macOS, and Safari developers now have the opportunity to move their build and test pipelines to the cloud and take advantage of all that the AWS ecosystem has to offer.

What is bandwidth? Bandwidth refers to the amount of data that can be sent or received by a particular device in a stipulated period. This is measured in Mbps (Megabits per second). Very often, people use bandwidth to refer to the speed of the internet connection. However, that is not the case. Talking about bandwidth vs. speed, the former helps understand the quantity of data transferred per second. At the same time, the latter focuses on the rate of data transfer from the source to the destination.