Maintaining a microservices ecosystem is challenging, without doubt. However, many companies that unravel that day-to-day mystery still struggle with cost—whether or not they fully understand their operating expenses.
Kubernetes is primarily a Linux technology, so it’s fairly straightforward to run it on different Linux distros. But what about the developers working on Windows who need to run Kubernetes locally?
Are you planning to deploy a database in the Kubernetes cluster? If so, then you’ve come to the right place. Kubernetes is a container orchestration tool that uses many controllers to run applications as containers (Pods).
Earlier this year, at my company, we hit a wall while developing a web application for a client. We had very limited finances and needed someone to support the DevOps side of things.
Kubernetes has taken the software development world by storm. It gives you an excellent framework to deploy your application with and abstracts away the low-level details of the underlying infrastructure.
An ingress is a Kubernetes object that provides routing rules that are used for managing external access to the services in a cluster. Ingress makes it easy to define routing rules, paths, name-based virtual hosting, domains or subdomains, and tons of other functionalities for dynamically accessing your applications.
Kubernetes has many advantages; among them is the ability to easily create and delete workloads as containers. When using stateful applications, care must be taken when handling data.
Self-hosting is, by no stretch of the imagination, a new concept. For many years, engineers and IT admins have been looking into how they can self-host their tools.
Octant is one of the best-known tools in the Kubernetes dashboard space. It’s a project that Bryan Liles built a lot of back when he was at Heptio.
Headlamp is an open source web UI for Kubernetes created by the team at Kinvolk, which was recently acquired by Microsoft. It’s a great-looking alternative to the built-in Kubernetes Dashboard.
When getting started with Docker, many developers quickly turn to Docker Compose to run their applications. Compose offers many advantages, such as having your configuration stored as code, making it easy to maintain and expand upon.
Command-line tools like kubectl are a great way to interact with Kubernetes clusters for some of us, but many people prefer a graphical interface. Kubernetes has a built-in dashboard, but some people are looking for features that it doesn’t support.
Nearly everyone touching cloud infrastructure in 2021 is familiar with the Kubernetes project. Put simply, Kubernetes is an incredibly powerful platform for container orchestration. But in my opinion, Kubernetes, more than anything, is a collection of best practices baked into a system that can scale from a Raspberry Pi up to the largest Fortune 500 infrastructure.