Multi-ClusterKubernetesOrchestration

Experience the future of cloud-native orchestration. KubeStellar revolutionizes multi-cluster management with AI-powered automation and real-time intelligence.

kubestellar-control-center

READY

bash <(curl -s \

https://raw.githubusercontent.com/kubestellar/ \

kubestellar/refs/tags/v0.27.2/scripts/ \

create-kubestellar-demo-env.sh) --platform kind

INFOInstalling KubeStellar demo environment...✓

SETUPCreating kind clusters: kubeflex, cluster1, cluster2✓

INSTALLDeploying KubeFlex control plane components✓

CONFIGConfiguring Open Cluster Management✓

SUCCESSKubeStellar demo environment ready! Setup complete✓

Install KubeStellar

Explore Docs

KubeStellar

Initializing clusters...

What is KubeStellar

A multi-cluster Kubernetes orchestration platform that simplifies how organizations manage distributed workloads across multiple Kubernetes clusters.

Single Control Plane

Work with Kubernetes objects in their native format without wrapping or bundling. Store and manage workload definitions centrally through Workload Definition Spaces (WDSes) and efficiently manage cluster inventory through Inventory and Transport Spaces (ITSes).

Learn more

Intelligent Workload Placement

Use label-based selection and binding policies to specify what workloads run where. Support for standard Kubernetes resources, Custom Resources (CRDs), Helm charts, and out-of-tree workload types with automatic synchronization to keep workloads in sync across clusters.

Learn more

Policy-Driven Management

Implement comprehensive governance through the BindingPolicy system. Manage singleton status for individual cluster monitoring and combined status aggregation. Apply custom transforms with automatic recovery after disruptions.

Learn more

How to Use KubeStellar

Follow these 5 simple steps to get started with KubeStellar multi-cluster orchestration

Set Up Your Environment

Install required tools and initialize core components

# Install required tools
kubectl, helm, docker, kind/k3d
KubeFlex
Open Cluster Management (OCM) CLI

Register and Label Clusters

# Example cluster labeling
kubectl label managedcluster cluster1 \
location-group=edge \
name=cluster1

Define Workload Placement

Create BindingPolicy objects to specify deployment rules

apiVersion: control.kubestellar.io/v1alpha1
kind: BindingPolicy
spec:
  clusterSelectors:
  - matchLabels:
      location-group: edge

1Set Up Your Environment

Install required tools and initialize core components including KubeFlex hosting cluster, ITS, WDS, and WECs.

# Install required tools
kubectl, helm, docker, kind/k3d
KubeFlex
Open Cluster Management (OCM) CLI

2Register and Label Clusters

# Example cluster labeling
kubectl label managedcluster cluster1 \
location-group=edge \
name=cluster1

3Define Workload Placement

Create BindingPolicy objects to specify which clusters receive workloads and which workloads to distribute.

apiVersion: control.kubestellar.io/v1alpha1
kind: BindingPolicy
metadata:
  name: example-policy
spec:
  clusterSelectors:
  - matchLabels:
      location-group: edge

Use Cases

Discover how organizations leverage KubeStellar for their multi-cluster needs.

Edge Computing

Deploy applications across edge locations with centralized management. Ideal for retail, manufacturing, and telecom with distributed infrastructure.

Declarative Multi-Cluster Workload Management

Deploy and manage Kubernetes workloads across multiple clusters using native Kubernetes objects without wrapping or bundling.

Deploy native Kubernetes objects across clusters

Use label-based cluster selection for workload targeting

Centralized management through Workload Definition Spaces (WDS)

Multi-Region Compliance

Deploy applications with specific regional compliance requirements. Ensure data residency and regulatory compliance across global operations.

Custom Resource Distribution

Distribute and manage custom resources (CRDs) across multiple clusters while maintaining proper synchronization and lifecycle management.

Support for out-of-tree workload types

Automatic CRD synchronization

Flexible RBAC configuration

Hybrid/Multi-Cloud

Seamlessly manage workloads across multiple cloud providers and on-premises infrastructure with unified policies and consistent experience.

Resilient Multi-Cluster Operations

Maintain reliable workload distribution and management even during control plane disruptions or network issues.

Resilient architecture with multiple spaces

Automatic recovery after disruptions

State reconciliation across clusters

Disaster Recovery

Implement robust disaster recovery strategies with automatic workload replication and failover across multiple clusters in different regions.

Advanced Status Management

Monitor and manage workload status across multiple clusters with options for both individual and aggregated status reporting.

Singleton status reporting for individual cluster monitoring

Combined status aggregation across clusters

Real-time status updates through OCM Status Add-On

Multi-Tenant Isolation

Create isolated environments for different teams or customers while maintaining centralized control. Ideal for SaaS providers and large enterprises.

Helm Chart Distribution

Deploy and manage Helm charts across multiple clusters while maintaining chart metadata and release information.

Native Helm chart support

Consistent release management across clusters

Label-based chart distribution

Performance Optimization

Deploy workloads closest to users or data sources for optimal performance, reducing latency and improving user experience across global operations.

Template-Based Customization

Customize workload configurations for different clusters while maintaining a single source of truth.

Support for template expansion

Cluster-specific customization

Property-based configuration

Ready to Get Started?

Join the growing community of KubeStellar users and contributors.

Quick Installation

Get up and running with KubeStellar in minutes using our streamlined installation guide with automated prerequisite checking and step-by-step deployment procedures.

Start Quick Installation

Explore Use Cases & Community

Discover multi-cluster workload management capabilities and connect with the community.

Join Slack GitHub

Products Handbook

Explore Documentation

Comprehensive guides, tutorials, and API references to help you master KubeStellar's capabilities.

Getting Started Tutorials API Reference

Get in Touch

Have questions about KubeStellar? We're here to help!

Email Support

Get direct support from our team

support@kubestellar.io

Community Chat

Join our Slack workspace for real-time support

Join Slack

GitHub

Contribute, report issues, or browse the source code

View Repository

Connect with our professional community

Multi-ClusterKubernetesOrchestration

What is KubeStellar

Single Control Plane

Intelligent Workload Placement

Policy-Driven Management

How to Use KubeStellar

Set Up Your Environment

Register and Label Clusters

Define Workload Placement

1Set Up Your Environment

2Register and Label Clusters

3Define Workload Placement

Use Cases

Edge Computing

Declarative Multi-Cluster Workload Management

Multi-Region Compliance

Custom Resource Distribution

Hybrid/Multi-Cloud

Resilient Multi-Cluster Operations

Disaster Recovery

Advanced Status Management

Multi-Tenant Isolation

Helm Chart Distribution

Performance Optimization

Template-Based Customization

Ready to Get Started?

Quick Installation

Explore Use Cases & Community

Explore Documentation

Get in Touch

Email Support

Community Chat

GitHub

LinkedIn

Send us a message