Organizations  are usingcontainersfor their application modernization and development, withKubernetes as the underlying technology. Infrastructure and operations teams find ​they must deploy and manage multipleKubernetes clusters across multicloud architectures. And those clusters might be in a single region, on-premise, in the cloud, or spread across multiple regions. 

Reasons you may spread your clusters across multiple regions can be for multitenancy, disaster recovery, or forhybrid,multicloud, oredge deployments.

Cluster management poses some unique challenges for organizations:

• Lifecycle management in a single control plane, regardless of where the clusters reside (on-premise or across public clouds)
• Understand the cluster health and its impact on their application availability
• Ensure all of the clusters are compliant with standard and custom policies

Proper Kubernetes cluster lifecycle management allows you to:

• Create a new cluster
• Remove a cluster
• Update the control plane and compute nodes
• Maintain and update the node
• Upgrade the Kubernetes API version
• Secure the cluster
• Upgrade the cluster

Developers want it to be easy access to new clusters. Operations teams andsite reliability engineers (SREs) need new clusters to be configured correctly so that apps will be available in production, while being able to monitor the health of clusters in their environment.

Kubernetes cluster management addresses the common challenges administrators and site reliability engineers face as they work across a range of environments that run Kubernetes clusters.

Cluster management can help you:

• Accelerate development to production with self-service cluster deployment
• Ease security compliance with centralized policy enforcement across clusters.
• Reduce operational costs with a unified management interface.

Red Hat Advanced Cluster Management for Kubernetes provides a single view to manage your Kubernetes clusters from Red Hat OpenShift Data Foundation. No matter where in the hybrid cloud they run (on premise, bare metal, vSphere, or in public clouds, as well as clusters from public cloud providers like AWS, Microsoft Azure, Google, and IBM).

Running on Red Hat OpenShift Container Platform, Red Hat Advanced Cluster Management for Kubernetes includes capabilities that unify multi-cluster management, provide policy-based governance, and extend application lifecycle management.

Red Hat Advanced Cluster Management for Kubernetes is also included withRed Hat OpenShift Platform Plus, a complete set of powerful, optimized tools to secure, protect, and manage your apps.

Multicluster observability for health and optimization

Enhanced site reliability engineering (SRE) experience with multicluster dashboards that provide a view  of multicluster health and optimization, along with historical data.

Unified multicluster life-cycle management

Create, upgrade, and destroy Kubernetes clusters reliably, consistently, and at scale using an open source programming model that supports and encourages Infrastructure-as-Code (IaC) best practices and design principles.

Policy-based governance, risk, and compliance

Red Hat Advanced Cluster Management for Kubernetes allows you to apply a policy-based governance approach. You’ll be able to automatically monitor and ensure security and configuration controls are operated to compliance standards or your corporate standards in a desired state model.

Advanced application life-cycle management 

Use open standards and deploy applications using placement rules that are integrated into existingCI/CD pipelines and governance controls.

• Red Hat Advanced Cluster Management for Kubernetes

  A single console, with built-in security policies, for controlling Kubernetes clusters and applications.

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• What is Kubernetes cluster management?