Kubernetes and container costs.
Kubernetes breaks every cloud cost tool that thinks in instances, because the unit of spend is a node and the unit of ownership is a pod. Until you allocate node costs to workloads, the cluster is a black box that absorbs budget. These articles cover allocation, requests and limits discipline, bin packing, autoscaling, and the platform-team patterns that keep clusters efficient after the consultants leave.
25 articles
Every article in this hub.
BlogBin packing and scheduling for costCluster Autoscaler versus Karpenter economicsContainer Image Hygiene and Storage CostControl plane and add on costsEKS versus AKS versus GKE versus OKE on costGPU Scheduling for AI WorkloadsHorizontal Autoscaling Tuned for CostIdle clusters and weekend wasteKubecost and the Kubernetes Cost Tooling LandscapeKubernetes Commitments: How They MapLogging and observability costs in KubernetesMulti tenant cluster economicsNamespace cost allocation that worksNode rightsizing for KubernetesOverprovisioning: the default Kubernetes taxPersistent Volume Cost DisciplinePod Requests, Limits, and Real Cost in KubernetesService mesh overhead and costShowback for Platform Teams That Run Shared ClustersSpot capacity in Kubernetes safelyThe Kubernetes Cost Review PlaybookThe Platform Team Cost ScorecardVertical pod autoscaling in practiceWhy Kubernetes bills are so hard to read
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