Virtualized Clusters can be consumed with open-source APIs, powered by the KVM hypervisor, select OpenStack technologies and the Open Virtual Network framework.
Private Cloud Director provides its own APIs to manage the lifecycle and configuration of Virtualized Clusters.
Virtualized Clusters are designed to operate just like VMware clusters, allowing VMware administrators to easily understand and manage them. Private Cloud Director provides delightful UI for a curated admin and end user experience.
By default, Virtualized Clusters are configured to support Virtual Machine High Availability and Automatic Resource Rebalancing.
Clusters can be configured to work with either existing physical networks, or to use software defined networks, routers, switches and network services that span across the entire cluster.
This simplifies operations and improves availability as Virtual Machines and network configuration can be migrated to any hypervisor in the cluster, without any change in network policy.
Tenant organizations can be easily defined and managed, with quotas and RBAC policies assigned to tenants.
Enterprise IT teams or MSPs can easily offer shared Infrastructure-as-a-Service (IaaS) by white-labeling the Private Cloud Director user interface.
Project vJailbreak, a business source tool that comes with Private Cloud Director, removes the complexity out of the migration project.
vJailbreak discovers your virtualization environment, making it easy to map and migrate to Private Cloud Director. Live migrate running VMs (with change block tracking) or offline VMs, with an easy-to-use user interface as well as a powerful underlying API.
Kubernetes Clusters use Virtualized Clusters as a cloud provider, using features such as node pools, cluster auto-scaling, persistent volumes and load balancers.
This native integration enables rapid deployment, scaling, and integration with containerized workloads running in virtualized clusters.
Maximize your Kubernetes infrastructure utilization by using hypervisor-level resource over-commitment.
Kubernetes Clusters are based on the Cluster API architecture.
This ensures several benefits including:
Eliminate the operational and resource overhead of Kubernetes control plane (master nodes).
Hosted control plane nodes run “virtual masters” on a centralized infrastructure cluster. You have the flexibility of using the Platform9 SaaS infrastructure to host these control planes or to host these on another Kubernetes cluster in your environment.
Run small clusters (1 or 2 nodes) or larger numbers of smaller clusters with workload isolation.
Platform9 has supported in-place Kubernetes, backed by our Always-On Assurance, longer than anyone else in the industry.
Run production and performance sensitive apps with confidence, knowing that upgrades will be smooth and non-disruptive.
Kubernetes clusters come out of the box with commonly used add-ons, including:
Run additional add-ons with confidence using sveltos add-on manager.
Centralize operations of hundreds of clusters from a single Platform9 deployment.
Unify access controls for all clusters with sophisticated Role Based Access Control (RBAC) integrated with the SSO infrastructure of your enterprise.
Our monthly hands-on labs, run by our engineers, are consistently top-rated. We provide the lab hardware and create an interactive, guided experience, allowing you to learn alongside other practitioners in the community.
Got an active initiative and need expert guidance? Our solution teams have extensive experience helping many customers with their migration journey. Save time and effort with a free consultation.