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“The days of single cloud deployments are gone”, according to David Linthicum, Chief Cloud Strategy Officer at Deloitte and I couldn’t agree more: Flexera’s 2021 State of the Cloud Report states that 93% of businesses are already moving to a multi-cloud architecture.

A Namespace is a Kubernetes object that helps group and structure other Kubernetes objects and partitions them in a Kubernetes cluster. Various Kubernetes objects like Pods, Deployments, Services etc. The steps below will guide you on how to create a Namespace and how to create a Kubernetes object in the Namespace.

Organizations that successfully implement cloud native technologies often perform better than their peers. Cloud native is not new, but it has certainly gained popularity due to the multitude of success stories that are out there today.

We are thrilled to announce that the MELLODDY project  has met its year two objective of improving the performance of its federated predictive model to accelerate drug discovery.

If you are seeking to adopt a hybrid-cloud strategy, you might want to evaluate alternatives to OpenStack. Azure Stack is a commercial solution you can use to extend the Azure public cloud to the local data center. It is a common alternative to OpenStack when deploying hybrid clouds.

Let’s talk about virtual machines. Can we all agree that Kubernetes and cloud native technologies rock and the cool kids do not want to run VMs anymore?

Whenever you change something in your cluster, you might want to log that change somewhere so that you can look it up later. Did you know that Kubernetes not only lets you log all changes but also fire events that respond to particular changes? Find out in this article how to do this!

Kubernetes security is a broad topic - in this article we’ll focus on one critical aspect: incident response.

In previous parts of this series, we walked you through StorageClass as one of the Kubernetes objects for data persistence. Let’s now look at another persistent data object referred to as a StatefulSet. We’ll cover the topics below and some hands-on practice to show you the functionalities of this object.

The previous installment in this series outlined two volume provisioning methods, static and dynamic. The exercise on creating a PersistentVolume was based on static volume provisioning, while this segment will focus on the dynamic method using StorageClass. You’ll learn how to make a volume request of any size, without worrying about whether or not it’s available in the storage pool.

In this post, we’ll look at how we implemented a Monitoring, Logging, and Alerting stack (MLA)  for a highly distributed platform, in a scalable and efficient manner.