Persistent Volumes (PVs) and Persistent Volume Claims (PVCs) are the underpinnings of Kubernetes persistent storage, especially with respect to the growing collection of stateful workloads being containerized and deployed with Kubernetes. Read more

IT departments have many choices for infrastructure and application deployment. Organizations choose containers for their portability, scalability and deployment speed, among other benefits. Adopting a cloud-native approach offers additional benefits such as increased agility, lower CAPEX costs, and improved scalability and reliability. Read more

In 2017, VMware simplified this choice by announcing a strategic alliance with AWS, offering the ability to run existing VM workloads on a SaaS based platform while also taking advantage of AWS services.

Today you can choose from a plethora of VMware-based public cloud offerings including Google, IBM, Microsoft and Oracle. Whether you prefer Azure VMware Solution (AVS), Google Cloud VMware Engine (GCVE), IBM Cloud for VMware Solutions or Oracle Cloud VMware Solution (OCVS), you can still leverage your investments in on-premises VMware products. Read more

In this article, I will show that Portworx Metro Disaster Recovery (DR) based on storage replication may look like an appealing option for meeting this requirement, but it’s not the best choice. It will lead you to performance issues, increase costs and complexity, and lead to a more fragile architecture. Read more

Kasten K10 by Veeam backs up your Kubernetes applications by capturing the content of your namespace as a single unit. Read more

When you run a backup operation as part of a daily policy, it’s not as transparent. Everything runs in the background while you’re completing other tasks. If anything goes wrong, you won’t know about it until later when you finally take the time to check your dashboard. While you may think everything worked the way it was supposed to, in reality, your application is not protected anymore! Read more

Kubernetes makes application deployment easier, yet application features require an increasing number of components and requirements. A good example of this is the IBM blockchain network, in which the trust on the transaction can be distributed between organizations. Read more

In this three-part series, I will explain how to use Kubernetes (K8s) and Terraform (TF) together to set up a Kubernetes cluster, manage applications and install Kasten. Read more

In this three-part series, I will explain how to use Kubernetes (K8s) and Terraform (TF) together to set up a Kubernetes cluster, manage applications and install Kasten. Read more

In this three-part series, I will explain how to use Kubernetes (K8s) and Terraform (TF) together to set up a Kubernetes cluster, manage applications and install Kasten. Read more