kubernetes
Zero Networks Tool Visually Maps Connections Within a Kubernetes Cluster
Zero Networks this week at the KubeCon + CloudNativeCon Europe conference revealed it can now provide a visual map of the services connected via a Kubernetes cluster that can be continuously updated ...
Istio Weaves ‘Future-Ready’ Service Mesh for AI
At KubeCon + CNC 2026, Istio unveils Ambient Multicluster and the Gateway API Inference Extension to simplify AI infrastructure. Learn how sidecar-less mesh and agentgateway secure agentic workloads and boost deployment velocity ...
Adrian Bridgwater | | agentgateway, AI infrastructure, AI Workloads, Ambient Multi-cluster, cloud native, cncf, data plane, Gateway API Inference Extension, generative AI, Istio, KubeCon 2026, kubernetes, microservices, Node Proxy, observability, platform engineering, service mesh, Sidecar-less Mesh, traffic management, Waypoint Proxy
Build Cost Awareness Into Your Kubernetes IDP
How platform teams can make cost efficiency a natural outcome of following the golden path — not a billing surprise discovered three weeks after deployment ...
Kubernetes Builds a Sandbox CRD for AI Agents
The Kubernetes community has launched a new project to make a home for AI agents. The Agent Sandbox project, under development by SIG Apps, is a lightweight, single-container VM environment built on ...
Kubernetes Release Cycles and Vendor Support Harbor Freedoms–and Sacrifices
Analysis of the "lag gap" between upstream Kubernetes releases and vendor GA availability, comparing release cadence, support windows, and lifecycle cost tradeoffs across hyperscalers, VMware VCF, and Red Hat OpenShift to guide ...
Jack Wallen | | AWS EKS, Azure AKS, cluster costs, cncf, compliance, DISA STIG, enterprise devops, enterprise Kubernetes, EOL, extended support fees, FedRAMP, FIPS, GA delay, GKE, hyperscalers, innovation velocity, kubernetes, lag gap, lifecycle support, platform choice, Red Hat OpenShift, release cadence, rollback, stability, support window, TCO, upgrade strategy, vendor support, virtualization, VMware VCF
Your VMs Are the Load-Bearing Walls in Your Estate
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 ...
Netflix Found a Faster Way to Load Containers
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 ...
The Ultimate Guide to GPU Scaling With Karpenter
Karpenter GPU scaling on Amazon EKS: avoid common mistakes, optimize Spot capacity, reduce cold starts and improve utilization for AI workloads ...
Why Your Kubernetes Network is Still a Black Box — And How to Fix It
Kubernetes networking failures are hard to diagnose. Learn how eBPF and Microsoft Retina provide real-time network observability across your cluster ...
Pod Requests Are the Input to Every Kubernetes Cost Control Loop
Pod CPU and memory requests drive Kubernetes scheduling, autoscaling and cost allocation. Learn why rightsizing them improves cost control ...

