EKS and Container Cost Optimization
Tune requests/limits, node types, and autoscaling with FCAI guardrails
EKS and Container Cost Optimization
Reduce cluster costs by right-sizing nodes and workloads. FCAI detects inefficient pods and suggests safe limits.
Cluster and node strategy
- Use managed node groups or Karpenter with Spot where appropriate.
- Prefer Graviton (c7g, m7g, r7g) for 20–40% better price/perf.
- Separate latency-critical and batch workloads into distinct node groups.
Pod requests/limits
- Set CPU/memory requests to P50 usage; limits to P95–P99 to prevent eviction.
- Enable VPA for batch/cron, use HPA for services.
- FCAI flags over-requested pods and proposes new values.
Scheduling and bin packing
- Use topology spread, taints/tolerations, and pod priority for efficiency.
- Consolidate small nodes into fewer larger nodes when possible.
Autoscaling
- Calibrate HPA targets (60–70% CPU, or custom SLI) for better packing.
- Use Cluster Autoscaler or Karpenter with consolidation enabled.
Observability
- Collect pod and node utilization; watch throttling and OOMKills.
- FCAI dashboards show wasted CPU/memory and savings estimates.