Everyone knows that MicroK8s is an extremely lightweight, extensible, reliable, CNCF-compliant distribution of Kubernetes. What you didn’t know until now is that it is even easier to install and manage as part of your AWS marketplace experience. First, a quick reminder of why MicroK8s is great: What is new is that MicroK8s is now available on the AWS marketplace, combining all of MicroK8s advantages with the convenience of AWS.

Cloud has become the de-facto standard for new application development. Kubernetes solves many problems of modern-day cloud infrastructure. It has made microservices-based distributed software systems possible, enabling organizations to provide on-demand scaling. But at the same time, Kubernetes has also increased operational complexity. In simple terms, Kubernetes is a container orchestration tool. Container environments are dynamic and ephemeral.

CreateContainerConfigError and CreateContainerError are two of the most prevalent Kubernetes errors found in cloud-native applications. CreateContainerConfigError is an error happening when the configuration specified for a container in a Pod is not correct or is missing a vital part. CreateContainerError is a problem happening at a later stage in the container creation flow. Kubernetes displays this error when it attempts to create the container in the Pod.

We are pleased to announce that a new Rancher Desktop version with additional configuration options, deployment profiles, a gvisor-based networking stack on Windows and several other improvements has just been released!

The ability to scale your applications is crucial for businesses, enabling them to manage growing user traffic, maintain application performance, and expand the business efficiently. Heroku has become one of the most popular platforms for this purpose due to its user-friendliness, rapid deployment, and support for various programming languages. Despite its powerful infrastructure and beneficial features, scaling on Heroku presents certain challenges in terms of high cost and poor performance.

Over time, Kubernetes has become a household name for container orchestration as organizations aim to streamline complex processes. With its rapidly growing popularity and convenient ecosystem, many organizations started using it to manage their applications and workloads. But what exactly is it, and how did it come into existence?

Are you an OSS Prometheus, Grafana, and Alert Manager user thinking about migrating to Sysdig Monitor, and don’t know about the transition details? Are you wondering what the benefits are of using Sysdig Monitor instead of DIY Prometheus, Grafana, and Alert Manager? If so, then this article is for you!

Kubernetes has emerged as the de facto standard for container orchestration in modern software development, allowing organizations to manage and scale containerized applications easily. As a highly dynamic and distributed system, however, Kubernetes can be challenging to manage and maintain at scale. One of the most critical aspects of maintaining a stable and secure Kubernetes cluster is monitoring the object configurations and tracking the changes over a period of time.