Kubernetes and cloud-native platforms have transformed software delivery — but also redefined the attack surface. As threats shift to runtime, visibility and real-time response have become the new security frontline. AI-driven anomaly ...
Kubernetes misconfigurations remain the top security risk. AI copilots promise automated hardening, drift detection, and policy enforcement to make clusters safer ...
Service mesh is evolving beyond sidecars. Ambient mode and Gateway APIs deliver security, observability, and traffic control with less overhead. Teams benefit from leaner, more flexible architectures ...
Alan argues that Kubernetes can’t ignore state any longer. While stateless apps fit the original vision, real-world workloads — from databases to AI pipelines — demand continuity. A new research framework, MS2M ...
Kubernetes has expanded agility but also the attack surface. Alan argues that observability and security can no longer live in silos — metrics, logs, and traces already hold critical security signals, while ...
Alan unpacks Red Hat’s agent-based GitOps architecture for OpenShift and what it means for scaling GitOps across fleets of Kubernetes clusters. From central control to decentralized agents, discover how balance drives the ...
The CNCF–Docker partnership strengthens cloud native supply chain security with verified namespaces, SBOMs, and signed images. Trust becomes the new baseline ...
The future of cloud-native is hybrid and edge. Learn how WebAssembly (WASM) complements containers to power next-gen workloads with speed, security and agility ...
Terraform’s license shift sparked OpenTofu’s rise. Alan explores how IaC now thrives with both HashiCorp’s Terraform and CNCF’s OpenTofu shaping the future ...
For years, the conversation in security revolved around networks, firewalls, and endpoints. The perimeter was king. But in the cloud-native era, the old perimeter has dissolved into microservices, APIs, and pipelines. What’s ...