Do you support managed Kubernetes (EKS/AKS/GKE) or only self-hosted?

Both. We run and manage clusters on Amazon EKS, Azure AKS, and Google GKE, and we also build and operate self-managed clusters with kubeadm, k3s, or RKE2 where that fits better — for cost, compliance, or on-prem requirements.

Can you migrate our existing Docker Compose setup to Kubernetes?

Yes. We assess whether Kubernetes is actually the right move for your workload first — not every Compose setup needs it — then plan a phased migration: namespace design, Helm chart authoring, and a cutover strategy with rollback at each stage.

How do you handle secrets and sensitive configuration in the cluster?

We avoid plain Kubernetes Secrets for anything sensitive. Depending on your environment we deploy HashiCorp Vault or Sealed Secrets, with RBAC scoped so only the workloads that need a secret can read it.

What happens when a node or pod fails?

Kubernetes handles pod rescheduling automatically once we've configured proper liveness/readiness probes, resource requests, and pod disruption budgets — that configuration work is exactly what we do during cluster setup, so failures are non-events instead of incidents.

Do you also manage the CI/CD pipeline that deploys to the cluster?

Yes, typically through GitOps — ArgoCD or Flux watching your Git repository and reconciling cluster state automatically. Your CI pipeline builds and pushes images; the deployment itself is git-driven and auditable.

Home›Services›Kubernetes & Container Management

EKS · AKS · GKE · SELF-MANAGED

Kubernetes &
Container Management

Production-grade Kubernetes and Docker container management — cluster setup, GitOps deployment, autoscaling, and security — across managed cloud clusters and self-hosted environments.

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☸️

What's Included

Complete Kubernetes & Container Management

From cluster provisioning to day-2 operations — every layer of your container platform, managed end to end.

☸️

Cluster Setup & Administration

Production-grade Kubernetes clusters, whether managed by a cloud provider or fully self-hosted.

✓ EKS, AKS, and GKE cluster provisioning
✓ Self-managed clusters (kubeadm, k3s, RKE2)
✓ Node pool sizing & upgrade strategy
✓ Multi-cluster & multi-tenant design
✓ Cluster version upgrades with zero downtime

📦

Workload Deployment & Helm

Consistent, repeatable application deployment instead of hand-rolled manifests.

✓ Helm chart authoring & repository management
✓ GitOps deployment (ArgoCD / Flux)
✓ Namespace & multi-environment strategy
✓ ConfigMap / Secret management
✓ Rolling, blue-green & canary deployments

📈

Autoscaling & Resource Management

Right-sized clusters that scale with demand instead of running on guesswork.

✓ Horizontal Pod Autoscaler (HPA) tuning
✓ Vertical Pod Autoscaler (VPA)
✓ Cluster Autoscaler / Karpenter
✓ Resource requests & limits governance
✓ Cost optimisation & bin-packing review

🌐

Networking & Ingress

Traffic routed into and across your cluster reliably and securely.

✓ Ingress controller setup (NGINX, Traefik)
✓ Service mesh evaluation (Istio, Linkerd)
✓ Network policies for pod-to-pod isolation
✓ Load balancer & DNS integration
✓ TLS certificate automation (cert-manager)

📊

Monitoring & Observability

Full visibility into cluster health and application behaviour, not just uptime.

✓ Prometheus & Grafana stack deployment
✓ Centralised logging (Loki / ELK)
✓ Distributed tracing setup
✓ Alerting rules tied to SLOs
✓ Cost & resource utilisation dashboards

🛡️

Security & Compliance

Kubernetes-specific hardening, not just generic server security applied to pods.

✓ RBAC design & least-privilege roles
✓ Container image scanning & signing
✓ Pod Security Standards enforcement
✓ Secrets management (Vault / Sealed Secrets)
✓ Audit logging & compliance reporting

🐳

Docker Container Management

The container runtime underneath every pod — installation, images, and standalone Compose/Swarm deployments.

✓ Docker Engine installation & hardening
✓ Image build, scanning & registry management
✓ Docker Compose for smaller, non-K8s deployments
✓ Container backup & disaster recovery
✓ Container-level debug & failure recovery

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☸️

Our Approach

Kubernetes Done Deliberately

Kubernetes rewards discipline and punishes shortcuts. We treat cluster design as architecture, not a checkbox.

🧭

Managed Where It Helps, Self-Hosted Where It Matters

EKS/AKS/GKE remove undifferentiated control-plane work; self-managed clusters make sense when you need specific kernel, networking, or cost control. We help you pick correctly instead of defaulting to whichever is trendy.

📐

GitOps, Not Console Clicking

Cluster and application state is defined in Git and reconciled automatically. Every change is reviewable, auditable, and reversible — not a manual kubectl apply nobody remembers running.

💷

Cost Visibility From Day One

Kubernetes makes it easy to over-provision quietly. We set resource requests/limits deliberately and review utilisation regularly so your cluster bill reflects actual need.

🔐