vNode isolates workloads into virtual nodes, providing stronger isolation and tenant autonomy — without the cost of provisioning additional nodes or compromising performance.
Virtual nodes in Kubernetes enhance multi-tenancy by creating isolated environments within a shared physical node. They provide tenant-level isolation, ensuring security and autonomy without the overhead of separate physical nodes.
Stronger Isolation – Keep workloads truly separate. Virtual nodes prevent noisy neighbor issues and cross-tenant interference at the node level.
Enterprise-Grade Security – Lock down multi-tenancy. Minimize shared kernel risks and meet compliance needs with strict workload isolation.
Better Tenant Autonomy – Give tenants real control. Run privileged workloads securely—without the limits of traditional shared Kubernetes environments.
Seamless Kubernetes Integration – Works anywhere, no re-architecture needed. vNode supports containerd-based Kubernetes environments on any Linux node (v1.6+), across public and private clouds, with full CPU and GPU support.
Performance & Efficiency – Run fast, stay light. Get near-native performance with minimal overhead—without the cost and overhead of VMs.
Cost-Effective – More security, less spend. Gain node-level isolation without the high cost of separate physical nodes.
Deploys a Lightweight Runtime – Install the vnode-runtime Helm chart to launch the vNode Runtime DaemonSet, which automatically manages virtual nodes on each physical node.
Creates Isolated Virtual Nodes – Each physical node runs the vNode Manager Pod and other core components to create secure, tenant-specific virtual nodes.
Runs Workloads in Secure Environments – Each vNode Manager operates with its own vnode-init, vnode-runc, and vnode-containerd-shim—ensuring complete isolation for workloads inside a shared Kubernetes cluster.
Sign up for the private beta today and experience next-level Kubernetes isolation.