Platform Engineering

We spent a decade telling each other that cloud-native was how you move fast. Break the monolith into services. Put everything in containers. Declare your infrastructure. Add a service mesh, a GitOps ...

GitOps won the deployment argument. Everything goes in Git, the cluster reconciles itself to match, and your repository becomes the one place that tells you what’s actually running. It’s clean and auditable ...

Kubernetes was hard. Nobody who lived through the early container years should pretend otherwise. The industry had to learn a new operating model, a new control plane, a new vocabulary and a ...

Pod CPU and memory requests drive Kubernetes scheduling, autoscaling and cost allocation. Learn why rightsizing them improves cost control ...

Kubernetes is the default control plane for infrastructure but poses challenges for developers managing its complexities. Internal developer platforms (IDPs) are emerging to create abstraction layers, reducing operational burdens through standardized APIs ...

In 2026, multi- and hybrid environments are increasingly the norm. For platform engineering, DevOps and application developers, this adds complexity to the software delivery lifecycle. For cloud-native teams, Kubernetes may anchor application ...

Context-aware platforms are reshaping cloud-native engineering by unifying metadata, governance and delivery signals to boost developer flow and operational intelligence ...

The future of Kubernetes is a hot topic in the cloud-native community, but a “Kubernetes 2.0” is not a reality yet. The Kubernetes project continues to evolve in a measured way, with ...

Broadcom today announced that the next major update to a VMware Tanzu Platform that is at the core of an effort to streamline cloud-native application development is now generally available ...

Broadcom is narrowing its cloud-native computing strategy to focus on IT organizations that have adopted platform engineering as a methodology for managing application development and deployment ...