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Every year, KubeCon rolls around and the conversation turns, almost inevitably, to the future: a future in which containers have won, Kubernetes is the universal substrate, and virtual machines are relegated to ...

AI agents run untrusted code. Here’s how to secure them using isolation, least privilege and proven cloud-native patterns ...

Kubernetes has revolutionized application scaling, but it has also made cloud spend harder to track. Discover how the convergence of DevOps and FinOps is solving the Kubernetes cost crisis through automated allocation, ...

The initial appeal with containers was hardware-agnosticism. What runs on your machine runs on production, as long as both ran on x86 CPUs. This interoperability is a big factor in scalability of ...

Karpenter GPU scaling on Amazon EKS: avoid common mistakes, optimize Spot capacity, reduce cold starts and improve utilization for AI workloads ...

Kubernetes networking failures are hard to diagnose. Learn how eBPF and Microsoft Retina provide real-time network observability across your cluster ...

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

Kubernetes 1.36 launches April 22, 2026, marking a major shift in networking as Ingress-Nginx retires in favor of the more scalable Gateway API. Key updates include bolstered Linux User Namespaces for better ...

How the EU Cyber Resilience Act will impact Kubernetes, containers and cloud native supply chains ahead of the 2027 enforcement deadline ...

Kubernetes incidents now unfold at machine speed. AI-driven systems help SRE teams identify root causes faster ...