The YAML you need to run Kubeflow on someone else's computer

What it does

This repo is the official assembly manual for the Kubeflow Platform: a collection of Kustomize (and some experimental Helm) manifests that install Pipelines, KServe, Katib, Notebooks, Istio, Knative, and roughly fifteen other moving parts onto Kubernetes clusters ranging from Kind on a laptop to EKS/AKS/GKE in production. It targets shops with legal, security, and multi-tenancy requirements—plus academics who want to kick the tires without writing their own YAML spaghetti.

The interesting bit

The value isn’t any single component; it’s the integration testing and release cadence. The maintainers run end-to-end CI on every PR, pin upstream versions in a public matrix, and cut twice-yearly date-stamped releases (e.g., 26.03, 26.10) aligned with KubeCon. That predictability matters when you’re the platform team explaining to auditors why your ML infrastructure won’t change underneath them.

Key highlights

• Single-command install via example/kustomization.yaml or à-la-carte component selection
• Explicit resource budget: ~4.4 CPU cores, ~12 GiB RAM, 65 GB PVC for the full stack
• Supports Kind, Minikube, Rancher, EKS, AKS, GKE; OpenShift “possible” per docs
• Experimental Helm charts and third-party integrations (Ray, Spark) live under experimental/
• 6 months best-effort community support per release; commercial support available

Caveats

• ARM64/aarch64 is not fully supported; some images lack linux/arm64 manifests and the project is actively seeking help via a 2026 GSoC project
• Default credentials are user@example.com / 12341234—the README warns this must change for production, but it’s still the out-of-box experience
• kubectl apply may need multiple runs due to CRD/CR ordering races; the install docs include a bash retry loop rather than fixing the ordering

Verdict

Platform engineers building an internal MLaaS offering should bookmark this. Solo practitioners on M-series Macs or teams wanting a fully managed experience should look elsewhere—or at least budget time for the ARM64 workaround thread.