Production-grade Kubernetes clusters — architected, deployed, hardened, and managed. Multi-cluster federation, autoscaling, custom operators, and zero-downtime upgrades across EKS, GKE, and AKS.
From cluster design to Day-2 operations — we cover everything a production Kubernetes platform needs to be reliable, secure, and maintainable by your team.
Multi-node, multi-zone design with control plane hardening, etcd backup strategies, node pool segmentation, private cluster configuration, and production-grade CNI networking from day one.
Horizontal Pod Autoscaler, Vertical Pod Autoscaler, and Karpenter for node-level autoscaling. KEDA for event-driven custom metrics scaling. Spot instance optimization with zero disruption.
Least-privilege RBAC design, OPA Gatekeeper or Kyverno policy enforcement, Pod Security Standards, namespace isolation, and network policies enforced at the CNI layer.
Fleet management across EKS, GKE, and AKS with consistent GitOps configuration, policy, and workload portability. Single control plane — multiple environments.
Kubernetes operators written in Go using Kubebuilder — automating complex Day-2 operations that kubectl and Helm can't handle: stateful application lifecycle, automated certificate rotation, and more.
Tested upgrade playbooks, automated pre-upgrade compatibility checks, canary node pools, workload drain automation, and PodDisruptionBudget enforcement at every step.
Across EKS, GKE, and AKS — from single-region startup clusters to 50-node multi-region enterprise platforms.
Backed by 24/7 monitoring, automated incident detection, tested runbooks, and PagerDuty escalation chains.
100% of cluster upgrades executed without downtime using our canary node pool upgrade methodology.
Workload characteristics, traffic patterns, compliance requirements, team maturity assessment. We produce a cluster specification, cost estimate, and risk assessment before touching any infrastructure.
VPC/VNet topology, private cluster config, CNI selection (Cilium, Calico, or cloud-native), network policy design, ingress architecture, certificate management — security designed upfront, not retrofitted.
Terraform IaC, cluster initialization, and core platform components: ArgoCD, Prometheus stack, cert-manager, external-dns, ingress controller, and RBAC scaffolding — all GitOps-managed from day one.
Application migration support: Dockerfile optimization, Helm chart creation, resource requests/limits tuning, PodDisruptionBudgets, health check configuration, and service mesh enrollment per workload.
Comprehensive Day-2 runbooks covering cluster upgrades, incident response, scaling events, backup/restore procedures, and certificate renewal. Full team training before we reduce involvement.