Remember those pesky Kubernetes vulnerabilities you thought were handled? Turns out, some never were. Now, the project is finally getting its house in order, but not before June 1, 2026.
The promise of Kubernetes, its dizzying flexibility, comes with a hidden cost: configuration complexity that fuels reliability and security failures. It turns out, many of the gravest incidents don't stem from your app code, but from a subtle misconfiguration, a missed detail in your deployment. And the worst part? You usually find out about it far too late.
Three production AKS clusters ditched the community ingress-nginx controller for F5's upstream-maintained version. It wasn't a simple swap. Expect sharp edges and configuration headaches.
Everyone expected Istio 1.20 on OpenShift to be a slick upgrade for microservices. Turns out, scaling to 10,000 pods brings a hefty, unexpected bill.
The dream of running databases in Kubernetes has always been a tricky one, given the platform's stateless origins. But the path to production-grade stateful workloads is clearer than ever.
Forget the YAML. KubeCon Europe 2026 declared platform engineering's new mandate: it’s all about the people. Diversity and inclusion aren't just nice-to-haves; they're now core to building successful platforms.
The path from a simple 'public static void main' to navigating the complexities of cloud-native infrastructure is a journey that can nearly break you. It's not about learning more commands; it's about a profound willingness to unlearn.
A pull request pings. Kusari Inspector lights up a hidden vuln in a transitive dep. CNCF's new freebie for projects could rewrite open source security rules.
AI workloads are flooding into Kubernetes—but most teams have no idea how to operationalize them. The cloud native ecosystem already has the answers.
A practical guide to understanding the CNCF landscape, covering project maturity levels, key categories, and how to evaluate cloud-native tools for your infrastructure.