If you’ve worked with consistently growing development teams, there is a high chance that you have come across the complexities of managing dozens of tools and technologies such as containers, microservices, cloud resources, codebases and much more to reduce the DevOps overhead.

As your organization grows, deploying your software and maintaining all related systems can become more complex. This complexity, along with the desire to own the infrastructure stack without needing workarounds for off-the-shelf tools, drives many teams to implement an internal developer platform (IDP).

Containers were initially designed to be stateless, so building stateful applications in them can be tricky. Luckily, Kubernetes Statefulset solves this problem. It manages a set of replica pods, all with a unique identity. This makes it the perfect tool for managing applications...

This article will highlight what some of these tools are and how they are useful to you as a platform engineer.

Why Do We Need Platform Engineers? Kubernetes and Platform Engineering. What Makes a Good Platform?

Discover how to set up Prometheus and Grafana to monitor Kubernetes costs. This blog provides a step-by-step guide to tracking resource usage, creating custom dashboards, and managing cloud expenses with powerful, open-source tools.

Custom Resource Definitions (CRDs) in Kubernetes - what they are, and what to consider when using them.

This article will compare some of the biggest Kubernetes developer platforms so that you can choose the right one for your team.

Learn about the technical details of admission controllers, their types, and how they provide first-class integration with Kubernetes.

Several factors drive more and more companies to develop and adopt internal Kubernetes platforms for their engineers. In this article, we explain these factors.

Discover how to build an internal Kubernetes platform that enables developers to create and manage their own namespaces, reducing operational overhead and accelerating development cycles. Learn about the benefits of self-service environments, improved resource utilization, and enhanced developer autonomy.