Backup and Restore Kubernetes Resources Across vCluster using Velero

In Kubernetes environments, teams are constantly looking for ways to move faster without sacrificing security or efficiency. Managing multiple environments like development, testing, and staging often leads to cluster sprawl, higher costs, and complex maintenance. This is where virtual clusters come in. Virtual clusters make it possible to create isolated, on-demand Kubernetes environments that share the same underlying infrastructure. They give developers the freedom to spin up their own clusters quickly for testing new features, running experiments, or deploying temporary workloads — all without waiting on cluster admins or consuming extra resources. Each virtual cluster runs its own control plane, offering stronger isolation and flexibility than namespace-based setups. We'll be using vCluster, an implementation of virtual clusters by Loft, to illustrate the concept in practice. Managing workloads across multiple virtual clusters is a common pattern in multi-tenant environments. Howe