Kubernetes,
managed like a product.
Day 1 is a fresh cluster in fifteen minutes. Day 2 is a fleet upgraded without the 2am incident call. Provision is the layer that turns your cloud accounts into a managed Kubernetes surface - across AWS, GCP, Azure, Scaleway and on-prem.
Every cloud
has its own
spellbook.
EKS, GKE, AKS all work. They all work differently. Your team memorizes three instead of one. K8s upgrades are a tax you can't opt out of - every four months, a minor version ages out. On-prem is its own country.
Every cloud has its own ten-step spellbook
EKS, GKE, AKS all work. They all work differently. Your team memorizes three of them instead of one.
K8s upgrades are a tax you can't opt out of
Every four months, a minor version ages out. Every upgrade is a change-management project. You're three versions behind right now.
On-prem is its own country
One regulated customer asks for on-prem. Suddenly you're maintaining two platforms, two runbooks, two on-call rotations.
Clusters,
on command.
Six capabilities that turn your cloud account into a managed Kubernetes surface. Opinionated defaults. Configurable when it matters. Never magic.
EKS, GKE, AKS, or Scaleway Kapsule - provisioned end-to-end with VPC, IAM, logging, ingress. Under fifteen minutes, typical.
Bring your existing K8s cluster - EKS anywhere, OpenShift, K3s, bare metal. Qovery runs on top, not instead of.
Every cluster, every version, every workload in one table. Drift, cost, capacity, at a glance.
Drain, upgrade, validate. Control plane then nodes. Canary one cluster before the rest. No 2am.
Spot, on-demand, GPU - mixed groups with warm pools and graceful draining. The autoscaler respects your cost policy.
Ingress, cert-manager, external-dns, monitoring agents - installed and upgraded as part of the platform. Not your side project.
Your clusters,
your choice.
Provision is provider-native. It calls the real APIs, writes the real IAM policies, manages the real nodes. No abstraction layer that breaks on day 2.
VPC, subnets, NAT, IRSA - provisioned to AWS best-practice by default.
VPC-native, Workload Identity, managed node pools. Autopilot-aware.
VNET integration, AAD pod identity, managed disks. Familiar to Azure teams.
Kapsule clusters. EU-sovereign, GDPR-friendly. No hyperscaler dependency.
On-prem EKS Anywhere clusters managed from the same fleet dashboard.
BYO OpenShift clusters. Qovery layers on top - workloads, deploys, RBAC.
Lightweight edge clusters. Single-node or HA. Great for dev, great for IoT.
Your hardware, your datacenter. Qovery manages the lifecycle, you own the rack.
The agent
manages the fleet.
The Agentic layer is the interface between your platform team and your cluster fleet. Upgrade, scale, troubleshoot - from a prompt, with a review step, logged for audit.
Detects drift before you do
Different K8s versions, mismatched add-ons, orphan node groups - the agent flags it in your weekly report, not your incident log.
Plans the upgrade for you
Which cluster first. How long to soak. What to watch. The agent writes the plan; you approve the phases.
Explains the cluster
Ask why a node group scaled, where costs spiked, or what changed since Tuesday. The agent cites the event log, not a guess.
"We have eleven clusters across AWS, GCP, and a customer's on-prem environment. Before Qovery, that was 2 FTEs. Now it's one person, one dashboard, one upgrade per quarter instead of eleven."
Stop babysitting
kubectl.
Give Qovery your cloud credentials and a cluster name. Get back a production-ready Kubernetes cluster in under fifteen minutes.