Requests are guessed once
Teams set CPU and memory requests during launch, then forget them. Months later, nodes are full on paper and empty in reality.
Teams set CPU and memory requests during launch, then forget them. Months later, nodes are full on paper and empty in reality.
Cluster autoscaling helps, but it cannot fix poor pod sizing, bad node pools, missing disruption budgets or workloads that cannot move.
Cloud bills show clusters and nodes. Engineering needs namespace, service, team and environment cost to make better choices.
The output is designed for engineering teams that need to act: roadmaps, controls, dashboards, automation, runbooks and implementation support.
Right-sized CPU and memory settings based on real utilization, not old guesses.
Cluster autoscaler, Karpenter, HPA, VPA, node auto-provisioning or provider-native scaling tuned to the workload.
Separate pools for steady, bursty, GPU, memory-heavy and interruptible workloads with safe fallback paths.
Kubecost, labels and dashboards that show spend by namespace, service, owner and environment.
We inspect nodes, pods, requests, utilization, scaling behavior, workloads, storage and network cost.
We separate low-risk waste from changes that need staging, load testing or a rollback plan.
We implement autoscaling, sizing, node pool and Spot improvements with observability in place.
Your team gets dashboards, owners and review rituals so clusters stay lean as services grow.
We usually make your current tools cleaner before recommending a switch. The goal is a better operating model, not a shiny tool migration.
It should not. We separate billing-only changes from runtime changes, stage risky moves, and use health checks, disruption budgets and rollback plans.