Architecture
Cluster boundaries, networking, ingress, add-ons, node groups and workload placement.
Production Kubernetes on AWS
Run EKS as a platform, not a permanent emergency.
Architecture, security, upgrades, troubleshooting, observability and cost optimization for teams operating production workloads on Amazon EKS.
Review your EKS environmentEKS and HelmWorkload reliabilitySecurity and cost
Cluster health
Resolve the problems between AWS and the pod.
EKS incidents often cross cluster configuration, IAM, networking, DNS, ingress, compute, storage and application dependencies. The review follows the complete chain.
Security
Pod identity, RBAC, secrets, image controls, network policy and AWS integration.
Reliability
Requests and limits, probes, disruption budgets, autoscaling and failure diagnosis.
Cost
Node utilization, Karpenter or autoscaler behavior, Spot risk and idle capacity.
Typical engagements
Focused work around the actual pain.
Stability review
Repeated pod errors, scaling failures, networking issues or unclear production ownership.
Upgrade planning
Version upgrades, add-on compatibility, deprecated APIs and controlled rollout planning.
Platform improvement
GitOps, observability, secure defaults, developer workflows and infrastructure automation.
Bring the cluster symptom.
We will trace it through Kubernetes, AWS infrastructure and application dependencies to identify the real failure point.
Discuss the EKS problem