Cloud-Native Development

Cloud-native architectures evolve faster than most test automation strategies. Understand where the gap is widest and what teams can do about it.  ...

While blue-green deployments promise zero downtime, implementing them at scale in Kubernetes introduces hidden resource costs, database sync issues, and session traffic complexities. Explore a practical framework utilizing rolling updates, canaries, and ...

The transition from centralized infrastructure to decentralized topologies is inevitable as compute scales. Relying on a single registry to serve thousands of ephemeral containers is an architectural anti-pattern.  ...

Microsoft is widening its Linux strategy as AI infrastructure drives Azure’s growth, announcing Azure Linux 4.0 alongside the general availability of Azure Container Linux at Open Source Summit North America 2026. For ...

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 ...

Open Source Summit North America has always been a good place to see where infrastructure is going before the market fully catches up. This year, the signal is not exactly subtle. The ...

The uncomfortable truth is plain for all to see: Trying to keep dynamic, living systems running with static runbook methodologies is dead thinking... What’s emerging to replace the runbook is a machine ...

Generative AI (GenAI) is moving into production, but native Kubernetes autoscaling is fundamentally broken for large language model (LLM) inference ...

Red Hat this week added a bevy of additional capabilities to its OpenShift platform, including adding support for live migration of virtual machines and making generally available a set of hardened container ...

In the future, observability will be a key factor for any organization looking to succeed with the concept of cloud native architectures ...