Cloud Cost & FinOps

Container Resource Cost Calculator

Enter container CPU and memory requests, replica count, and node type to compute per-pod cost, total deployment cost, and resource overprovision waste at a given utilization percentage.

Calculations run locally in your browser

Example โ€” 0.5vCPU ยท 1GB mem ยท 3 replicas ยท 730h/mo

Monthly CPU Cost
$52.56
0.5vCPU ร— 3 replicas
Monthly Mem Cost
$13.14
1GB ร— 3 replicas
Total/Month
$65.70
requests-based estimate
Est. Waste
$23.00
~35% avg overprovision

Container Resource Cost Calculator

The Container Resource Cost Calculator computes per-pod and total Kubernetes deployment cost from CPU/memory requests and replica count, with node pool comparison across providers.

โ€ข Calculate the monthly cost of a Kubernetes deployment at given resource requests

โ€ข Identify overprovision cost: how much is wasted on unrequested headroom?

โ€ข Compare EKS, GKE, AKS, and DigitalOcean Kubernetes node pool costs

โ€ข Model Fargate vs EC2 node pool cost for a given workload profile

Continue with Utility Matrix tools for the next decision in this workflow.
Browse tools โ†’
What does this tool tell you?
The Container Resource Cost Calculator computes per-pod and total Kubernetes deployment cost from CPU/memory requests and replica count, with node pool comparison across providers.
What affects the result most?
Kubernetes resource request cost: CPU request ร— node CPU cost + memory request ร— node memory cost. Request vs limit overprovision ratio: cost of unused requested resources. EKS/GKE/AKS managed control plane cost plus node pool cost breakdown.
How should I use the result?
The calculation is deterministic โ€” the same inputs always produce the same output โ€” so the most useful workflow is to vary one input at a time and see which factor moves the result most. That tells you where to focus your attention before committing to a decision.
Container overhead adds up. The data shows where. The Cloud & Infra Analyzer scores every container workload โ€” oversized requests, idle allocations, and scheduling waste โ€” ranked by cost impact.
View container cost analysis โ†’