Many clusters.
One system. Still yours.
- One cluster is manageable.
- Two is painful.
- Three is when nobody fully understands it anymore.
ZeusK8s joins EKS, GKE, and your own metal into one fabric — cross-cluster networking, multi-region databases, and health-checked DNS failover. One console. Your cloud accounts. Exportable Kubernetes underneath.
Every cluster, one workflow
EKS, GKE, k3s, bare metal — provision and operate as one fleet, not three cloud consoles.
ExploreDatabases that already replicate
MySQL, PostgreSQL, ClickHouse, Yugabyte across regions — monitoring, backups, and failover included.
ExploreDNS that fails over on purpose
Health-checked routing to the nearest healthy cluster. Failover measured in seconds, not runbook steps.
ExploreDay one is easy. Month twelve is not.
An AI assistant can stand up a cluster in an afternoon. What it won't do is keep cross-region networking sane, prove failover works, or stop the person who set it up from becoming a single point of failure. Industry surveys put about 40% of orgs short on the skills to operate the Kubernetes they already run. The gap is the tooling, not the talent.
Terraform, Lens, kubectl, Grafana, three cloud consoles — none of them share context. Config drifts. The DR plan is untested. Zeus exists so those seams live in one place you can see and operate.
Most teams land in one of two traps.
Neither was a deliberate strategy. Both show up when connecting infrastructure is harder than shipping product.
Proper multi-cluster networking, identity, DNS, and failover usually means years of specialist work. Without that, knowledge sits in one or two heads and the system gets hard to hand off.
Managed platforms that hide the infrastructure get you moving fast. They also own your reliability story. When they go down, you go down — and leaving is a migration project.
You don't need infrastructure hidden or outsourced. You need it operable, and still yours.
One fabric. Data that follows. Clusters that stay yours.
Three jobs, one product: join clusters across clouds into a private network, run multi-region databases without rewriting apps, and operate the whole fleet from one console. Provisioning is the on-ramp — the fabric and the data are the product.
Clusters run in your AWS account, your GCP project, or on your Proxmox gear. Zeus is the control plane. Remove it and the clusters keep running.
Many clusters that behave like one
Join clusters across AWS, Google, and your own hardware into a single fabric. A service in Frankfurt can call a service in Ohio by name, encrypted, over real pod IPs. The cross-cloud networking teams usually lose a quarter building is a toggle.
Encrypted WireGuard overlay plus zeus-mesh-webhook: every pod gets mesh CA trust at admission time so apps do not each load custom certs. Default-deny grants; no colliding IP ranges; no hand-rolled peering maze.
A database already in the other region
Deploy MySQL, PostgreSQL, or ClickHouse and tell it to go global. ZeusK8s places it across your clusters and keeps it replicated. Write in one region, read it in another shortly after. Existing apps keep their normal endpoint.
No rewrite onto a distributed engine unless you want one (Yugabyte is there when you do). Same databases your code already speaks — geography becomes platform work, not an app project.
The same workflow on every provider
EKS, GKE, bare metal, Proxmox/k3s — provisioned through one flow that does not change when the substrate does. Learn it once. Output is ordinary, inspectable Kubernetes.
No proprietary runtime. Export manifests and kubeconfig whenever you want. Zeus is the control plane; the clusters stay in your accounts.
Every cluster you own, on one screen.
AWS, Google, and your own hardware in one list — same status, same actions, same mental model. When the substrate changes, the workflow doesn't.
A database that's already in the other region.
Deploy MySQL, PostgreSQL, or ClickHouse and tell it to go global. Zeus places replicas across your clusters with backups and point-in-time restore. Your app keeps a normal database endpoint; geography stops being a rewrite.
Everything between bare infrastructure and a running platform.
Credentials, services, images, customer domains, IAM, and live workloads — usually six tools that don't talk. Zeus puts them on one surface so diagnosis doesn't mean six logins.
Consistent config across every cluster
Most teams start with one cluster they half-understand. Zeus makes that one legible — and stays out of your way when you add more.
Explore →Builds: native multi-arch, no queues
One builder per build. No QEMU. No blocked teams waiting for a slow job to free a runner.
Explore →Environments: layered config, no drift
Config drift — a value different in prod than staging — is behind most outages nobody can explain.
Explore →Deployments: know what's running, everywhere
"What version is in prod right now?" shouldn't be a research project — but across multiple clusters it always becomes one.
Explore →Global deploy: one action, every region
When you have more than two clusters, per-cluster deploy scripts stop making sense. Nobody fully understands them anymore.
Explore →IAM: per-service cloud identity, no static keys
A long-lived access key in every image, with unknown scope. That's how most teams handle cloud access.
Explore →Run Zeus anywhere: cloud or self-hosted
Your control plane, your call. Same product, same price — the only difference is where your config lives.
Explore →Connections: every secret, one place
Stop scattering API keys across services, environments, and every place they end up.
Explore →Services: define, build, ship
23 YAML files and a Helm chart nobody fully understands — that's the default. There's a better way.
Explore →Domains: DNS and certs, automatic
Expiry pages and manual cert renewals are a solved problem. Zeus just never told you.
Explore →Networking: many clusters, one fabric
VPC peering you don't fully understand is a liability. Zeus replaces it with something you can read.
Explore →Data: global, backed up, recoverable
Your DR runbook is a Notion doc. Your backups have never been tested. That's the real risk.
Explore →Security: identity, RBAC, compliance
Access keys baked into images. Over-permissioned roles. The audit will find them before you do.
Explore →Observability: live, not after the fact
Engineers in panic mode, googling why pods are evicting, is not an observability strategy.
Explore →Operations: provision, upgrade, tear down
Tribal knowledge and a DR runbook nobody has tested — that’s what most teams are actually running on.
Explore →An assistant that already knows your clusters
The knowledge of how your clusters actually behave usually lives in one person’s head. Zeus reads the same live infrastructure and answers when they’re out.
Explore →Define a service once. Ship it anywhere.
Ports, health checks, scaling, storage, networking, RBAC, identities, secrets: one service definition, deploy to any cluster, override per environment.
How services work →Intent up front. Real knobs one click down.
Say what you want to run; Zeus picks sane defaults. Open Advanced and you see the real settings and generated manifests — not a black box. Output is ordinary Kubernetes you can export and kubectl.
- One source of truthNot scattered across repos, values files, and people's heads. The console matches what's running.
- Related things stay togetherApp, database, network policy, and permissions managed as a unit — not four files you reconcile by hand.
- Built for generalists, not dummiesA capable engineer can change things safely without memorizing every schema. Experts keep full control.
The jobs people hire Zeus for.
We need multi-region without rewriting the app onto a distributed database. Keep MySQL; put it in more than one place.
One console for AWS, Google, and the racks in colo. Stop context-switching three CLIs to ship one change.
Show me where you're not the right tool. If the honesty holds, we'll trust the rest.
Paraphrased from design partners and demo conversations — not paid endorsements or attributed quotes.
See the fabric, the database, and the failover in one place.
Start free on your own infrastructure, or book a demo and we'll walk the real product — multi-cluster mesh, global data, DNS failover — not a slide deck.