EKS & GKE alternative: a managed Kubernetes comparison
An alternative to EKS and GKE: a dedicated cluster we run for you on EU infrastructure, at one flat monthly price (€24, €59 or €109), on standard Kubernetes you can pick up and move. Here is how it compares.
Spec-matched estimates: same RAM, same SSD, one load balancer. Method and sources under the table.
| skube | EKS | GKE | |
|---|---|---|---|
| skube12 vCPU · 4 GB · 40 GB | €24 flat | from ~€108 est.t3.medium · 2 vCPU · 4 GB | from ~€107 est.first cluster from ~€43e2-medium · 2 vCPU · 4 GB |
| skube24 vCPU · 8 GB · 80 GB | €59 flat | from ~€137 est.t3.large · 2 vCPU · 8 GB | from ~€135 est.first cluster from ~€71e2-standard-2 · 2 vCPU · 8 GB |
| skube38 vCPU · 16 GB · 160 GB | €109 flat | from ~€196 est.t3.xlarge · 4 vCPU · 16 GB | from ~€189 est.first cluster from ~€125e2-standard-4 · 4 vCPU · 16 GB |
| Pricing model | Flat | Control plane + nodes + egress, metered | Cluster fee + nodes + egress, metered |
| Traffic / egress | 20 TB included | Metered per GB | Metered per GB |
| Disaster recovery | Nightly snapshots included | DIY or paid add-on | Paid add-on |
| High availability | No, one dedicated node | Multi-AZ control plane, node groups | Regional clusters, multi-zone |
| Autoscaling | No, fixed size per cluster | Node groups, Karpenter | Node pools, Autopilot |
| Setup to first kubeconfig | One order form | VPC, IAM, node groups, add-ons | Project, node pools, IAM |
| Who runs it | We do, end to end | Control plane managed; nodes, upgrades, add-ons on you | Control plane managed; node pools on you |
| Standard, upstream k8s | Yes, stock | Conformant, AWS add-ons | Conformant, GCP add-ons |
| EU data residency | EU only | EU regions | EU regions |
How these estimates work, disclaimer & trademarks
Competitor estimates use the cheapest instance matching each tier's RAM (see More info for instance and vCPU), the same SSD, and one load balancer with minimal egress; publicly available prices as of 2026-07-06, excl. tax (skube prices shown include VAT), USD converted at €1 = $1.1424. Headline GKE figures exclude its cluster-fee credit; the "first cluster" line includes it (the credit covers one zonal cluster per account; the fee applies from the second cluster on). Competitor pricing and features change; check each provider's own site for current details.
EKS, GKE and Kubernetes are trademarks of their respective owners, used here for identification only; their owners do not endorse skube.
Where skube fits (and where it doesn't)
skube is one dedicated node. No failover, no autoscaling. For a web app, its database and an ingress serving a few thousand users, it is simply cheaper: the gap between €24 flat and the ~€108 estimates above is redundancy you were paying to not need. If you do need it, multi-AZ failover, autoscaling fleets, deep AWS or GCP integration, stay on EKS or GKE. They are priced for that job and they are good at it.
Because everything here is standard Kubernetes, moving between skube and
the big clouds later is a kubectl apply,
not a rewrite.
Free account; pay only when you order a cluster. EU consumers have a 14-day right of withdrawal. Questions first? Email support@skube.dev, a human answers.
Frequently asked
- Is a single node enough?
- For learning, staging and most early-production workloads, yes. Even the smallest size (2 vCPU / 4 GB, dedicated) comfortably runs a typical web app, its database and ingress for your first few thousand users. skube runs on skube: this very website is served from our own single-node cluster. And when multi-node HA starts paying off, your manifests move to an HA cluster unchanged.
- What happens if the server fails?
- Hetzner’s platform handles most hardware failures by restarting the VM with disks intact. If a cluster stays down, email us and we restore it from the nightly backup: getting it back is our top priority. A restore can lose up to a day of changes, so keep your own backups for critical data.
- What happens when I outgrow it?
- You migrate, and because it is stock Kubernetes, nothing about your workloads changes. The same manifests and GitOps that ran here apply cleanly to an HA cluster when you need multi-node or higher availability.