HomeServicesKubernetes
Kubernetes · EKS · AKS · GitOps

Production Kubernetes.
Done properly.

Not tutorial Kubernetes. We build hardened, production-grade EKS and AKS clusters with proper autoscaling, security policies, GitOps deployments, and day-2 operations from day one.

70%
Infrastructure management overhead reduction
10x
Faster node scaling vs Cluster Autoscaler
99.9%
Cluster uptime achieved
40%
AWS compute cost reduction with Karpenter + Spot
What's Included

Everything you need, nothing you don't

EKS / AKS Cluster Architecture

Private endpoint clusters with managed node groups, IRSA/Workload Identity, addons (CoreDNS, kube-proxy, VPC CNI), and production-ready networking.

Karpenter Autoscaling

Replace Cluster Autoscaler with Karpenter for sub-30-second node provisioning, intelligent spot/on-demand mixing, and consolidation for cost savings.

Helm Chart Design

Standardized Helm charts for all your workloads with environment-specific values, secret management integration, and versioned releases.

ArgoCD GitOps

Declarative deployments where Git is the source of truth. Automatic drift detection, multi-cluster sync, and app-of-apps patterns for large fleets.

Network Policies & Security

Zero-trust pod networking with Calico or Cilium. Pod Security Admission, RBAC, seccomp profiles, and admission webhooks with OPA/Kyverno.

Ingress & Service Mesh

NGINX Ingress or AWS Load Balancer Controller. Optional Istio or Linkerd service mesh for mTLS, traffic management, and observability.

Multi-Cluster Management

Multi-environment (dev, staging, prod) and multi-region cluster architectures with ArgoCD ApplicationSets and shared platform services.

Day-2 Operations

Cluster upgrade planning, node rotation automation, certificate management with cert-manager, and runbook development for common failure scenarios.

Cost Optimization

Right-sizing workloads, VPA recommendations, Spot instance best practices, and Karpenter consolidation policies to minimize compute spend.

How We Work

Our delivery process

01

Architecture Review

Assess your workloads, traffic patterns, compliance requirements, and team capabilities to design the right cluster architecture.

02

Cluster Bootstrap

Terraform-based cluster provisioning with all addons, IRSA, networking, and security baselines configured from day one.

03

Workload Migration

Containerize and migrate your applications with zero-downtime. Build Helm charts, configure resources/limits, and set up health checks.

04

GitOps Setup

ArgoCD installation, app-of-apps structure, repo layout conventions, and RBAC for team-level access control.

05

Observability Integration

Prometheus + Grafana, log aggregation with Loki, and alerting rules for cluster and workload health.

06

Runbooks & Handoff

Documentation of every cluster component, upgrade procedures, common failure runbooks, and team training.

Technology Used

Amazon EKSAzure AKSKarpenterHelmArgoCDArgo RolloutsNGINX Ingresscert-managerexternal-dnsCalicoCiliumOPAKyvernoPrometheusGrafanaLoki
K8
production-clusterHealthy
system-ngOn-demand
3 nodes·12 vCPU·48 GiB
workload-ngSpot + On-demand
7 nodes·56 vCPU·224 GiB
gpu-ngSpot
2 nodes·16 vCPU + 2 GPU·128 GiB
147 / 160
Pods
34
Services
12
Namespaces

Production Kubernetes, done right

Not "kubectl apply -f tutorial.yaml" Kubernetes. We build hardened, cost-optimized, production-grade clusters with proper day-2 operations.

EKS / AKS Cluster Setup

Production-ready clusters with private endpoints, IRSA, node groups, and managed addons.

Karpenter Autoscaling

Intelligent node provisioning that responds in seconds, not minutes. Spot instance optimization built in.

Helm Chart Management

Standardized packaging for all your workloads with environment-specific values overlays.

ArgoCD GitOps

Every deployment declared in Git, auto-synced, with drift detection and instant rollback.

Network Policies

Zero-trust networking between pods. Calico / Cilium policies that enforce least-privilege communication.

RBAC & Pod Security

Fine-grained RBAC, PSA enforcement, seccomp profiles, and non-root containers as default.

Not sure where to start?
Let's talk.

One conversation, no commitment. We listen to what your team is struggling with and give you an honest picture of what needs to change — and what doesn't.

  • What's slowing down your team's deployment process
  • Where your cloud spend is going — and what's being wasted
  • Security vulnerabilities in your current setup
  • Reliability gaps that could cause downtime
  • Blind spots in your monitoring and alerting
Available for new projectsResponse within 1 business dayNo long-term commitment required
your-infra ~ after-omphora
$ terraform apply
✓ 23 resources. Apply complete in 4m 12s
$ kubectl get nodes
NAME STATUS ROLES AGE
ip-10-0-1 Ready worker 2d
ip-10-0-2 Ready worker 2d
ip-10-0-3 Ready worker 2d
$ argocd app list
production Synced Healthy
staging Synced Healthy
$ # Commit → production: 3m 42s
✓ Zero downtime · p99: 82ms · cost ↓ 38%
$ # Example output — results vary by workload.
3m 42s
Deploy time
38%
Cost saved
99.9%
Uptime