In this article we talk about Kubernetes architecture focusing on the Node components. We will describe each one of them and we will be looking over the endpoints they provide.
Containerized applications have the ability to rapidly transform IT environments by enabling faster development, predictable deployments, and more flexible architectures. In spite of these advantages, it can still be difficult to communicate the value of containers to businesses. In this guide, we address some of these challenges to help make a case for container adoption within your organization.
When evaluating application and system architecture, it is important to understand your options and their implications. In recent years, highly distributed systems have become popular, in part due to an influx of sophisticated tooling and an evolution in system management practices. In this guide, we will discuss some of the historical contexts from which distributed systems emerged and offer some general advice on what to keep in mind when designing these applications.
A brief look into the critical differences between VMware and Docker containers as a platform for application deployment.
Microservices are an alternative to monolithic application architecture that can help businesses adapt to modern deployment environments and increase their development velocity. In this article, we'll discuss the differences between these two approaches and the reasons organizations might want to consider microservices.
In this article, we differentiate between Rancher and related components like RKE and custom clusters. We talk about what each piece is responsible for and how they work together to enable better cluster management.
In this article, we explore Kubernetes namespaces as a way to organize and manage objects within a cluster.