Operations | Monitoring | ITSM | DevOps | Cloud

Most Kubernetes deployments live on the cloud. According to the CNCF, while 63 percent of companies use AWS for Kubernetes, 29 percent are deploying Kubernetes on Azure, and the number is rapidly growing. Microsoft Azure provides mature Kubernetes tools, primarily the Azure Kubernetes Service (AKS). In this post, we’ll show you how to run your first Kubernetes cluster on AKS, and how to manage enterprise Kubernetes deployments on AKS with Rancher.

We’re all wrestling with less than ideal circumstances during the pandemic of COVID-19. Whether you’re sheltering in place or simply practicing social distancing, it’s safe to say we’re all adjusting to a temporary new normal. One commonality is the need for connectivity. If infrastructure fails, business will screech to a halt and we will find ourselves in a new kind of mess altogether.

Rancher is the enterprise computing platform to run Kubernetes on-premises, in the cloud and at the edge. It’s an excellent platform to get started with containers or for those who are struggling to scale up their Kubernetes operations in production. However, in a world increasingly dominated by public infrastructure providers like Google Cloud, it’s reasonable to ask how Rancher adds value to services like Google’s Kubernetes Engine (GKE).

Often, when companies are new to Amazon Web Services (AWS), they aren’t focused much on the cost. They’re more likely fixated on taking advantage of the scalability and flexibility offered by the cloud. As a company’s AWS cloud infrastructure grows, it will find that its cloud costs grow as well. As the number of AWS accounts increases over time, there’s a higher chance of overspending on unnecessary cloud resources.

Editor’s note: Rancher Labs’ William Jimenez provides an introduction to CIS Scan. Then Saiyam Pathak takes over with a hands-on demo. Cluster security is critical to any successful Kubernetes strategy. Recent research by AimPoint revealed that 44 percent of respondents had delayed application production due to security concerns around Kubernetes containers. Yet securing Kubernetes is a complex machine with many moving parts, integrations and knobs and levers.

In a typical enterprise, there would be multiple Azure subscriptions managed across various tenants. Each tenant would have multiple subscriptions for respective environments. This blog focuses on managing the multiple Azure Subscriptions with Serverless360. Let us take a simple scenario to have a better understanding of how Serverless360 overcome the challenges faced in the Azure portal with the help of Composite Application.

As a system administrator, you will need to monitor your containers for a wide array of reasons. Between analyzing the health of your containers, avoiding resource constraints, and collecting, parsing, and visualizing data, one could easily get lost.

What distributed development teams need is this: A ‘single source of truth’ for software assets, one that is available to any team or individual, anywhere on the planet, whilst maintaining the highest levels of performance for all.