DISASTER RECOVERY FOR KUBERNETES

Recover the whole application, not just the container

Kubernetes restarts a crashed container in seconds. The hard part is recovering the application behind it, because its state lives across namespaces, persistent volumes, secrets, policies, and storage replication relationships. CloudCasa coordinates all of it.

HOW CLOUDCASA REDUCES DR COMPLEXITY

Kubernetes

Containers, VMs, namespaces, policies, and application metadata

→

CloudCasa

Protection policies, recovery orchestration, failover and failback

→

Storage

Snapshot and replication for persistent application data

Backup-based rebuilds are slow. CloudCasa adds storage-integrated disaster recovery so teams recover application resources, persistent volumes, and virtual machines across clusters without waiting on full restores.

REPEATABLE RECOVERY WORKFLOW

From backup restore to coordinated disaster recovery

A consistent four-phase model for Kubernetes applications and virtualization workloads.

1

Protect

Define DR policies for clusters, namespaces, application resources, PVCs, and VMs.

2

Replicate

Use native storage replication to keep recoverable persistent data at the recovery site.

3

Recover

Restore Kubernetes resources from backup while persistent volumes come from replicated storage copies.

4

Return

Use controlled failback workflows to move applications back when the primary site is ready.

WHY IT MATTERS

Disaster recovery built for stateful Kubernetes

Lower recovery times, less manual work, and one operational model across containers and virtual machines.

Lower RTO for stateful apps

Recover persistent volumes from remote storage replication instead of rebuilding them from backup data alone.

Near-zero data loss

Storage-layer replication keeps recovery points current, so failover does not mean discarding hours of work.

VM and container protection together

Protect KubeVirt virtual machines and container applications under one consistent operational model.

Automated failover and failback

Bidirectional DR across clusters and sites, with dependency-aware startup and controlled return to the primary.

Application-aware recovery

Target namespaces and applications, remap storage classes, transform custom resources, and sequence startup.

Ransomware resilience

End-to-end encryption, immutable backup options, and protected recovery points guard against malicious actions.

CAPABILITIES

Storage-integrated DR for applications and VMs

CloudCasa pairs Kubernetes-aware orchestration with native storage replication so recovery does not depend on traditional restores alone.

Multi-cluster operations

Centralized protection and recovery visibility across clusters, teams, and tenants.

Namespace and storage remapping

Namespace renaming, storage class remapping, and custom resource transformations.

Application hooks

Pre- and post-backup actions for databases and operator-managed applications.

Granular and file-level recovery

Restore clusters, namespaces, individual resources, PVC files, and VM files.

Lightweight agents

Stateless agents reduce overhead, no heavyweight backup infrastructure per cluster.

SaaS or self-hosted

Deploy to meet enterprise, service provider, regulatory and data sovereignty needs.

WHO IT HELPS

Value across platform and business continuity teams

FOR PLATFORM TEAMS

One control plane across clusters and clouds

Reduce manual recovery steps by coordinating application metadata, persistent volumes, and virtualization workloads through guided workflows.

An API-driven interface lets teams automate protection, standardize DR processes, and improve visibility without building separate tooling for every cluster or site.

FOR BUSINESS CONTINUITY

A repeatable recovery model for stateful services

Storage-integrated DR lowers recovery time objectives by recovering persistent data from replicated volumes while CloudCasa restores and coordinates the application layer.

The result is a practical path to protect applications, virtualization workloads, and persistent data with fewer manual steps and less operational risk during failover.

Make Kubernetes recovery repeatable

Run real backups, restores, and failover tests in your own environment. Validate recovery time before you need it.

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