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Showing content from http://cloud.google.com/kubernetes-engine/docs/add-on/backup-for-gke/concepts/backup-for-gke below:

Backup for GKE | Google Cloud

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Backup for GKE is a service for backing up and restoring workloads in GKE clusters. It has two components:

• A Google Cloud API that serves as the control plane for the service.
• A GKE add-on (the Backup for GKE agent) that must be enabled in each cluster for which you wish to perform backup and restore operations.

Backups of your workloads may be useful for disaster recovery, CI/CD pipelines, cloning workloads, or upgrade scenarios. Protecting your workloads can help you achieve business-critical recovery point objectives.

Once enabled, the Backup for GKE service integrates with the GKE UI, Google Cloud CLI and REST APIs, providing consistent workflows for development and operations. Two forms of data are captured in a backup:

• Config backup: a set of Kubernetes resource manifests extracted from the API server of the cluster undergoing backup, capturing the cluster state.
• Volume backups: a set of volume backups that correspond to PersistentVolumeClaim resources found in the config backup.

You can choose which workloads that you want to back up or restore, or you can back up or restore all workloads. You can back up workloads from one cluster and restore them into another cluster. You can schedule your backups to automatically run, so that you can respond quickly to recover your workloads in the event of an incident.

Backup for GKE supports backing up or restoring a cluster across projects. You can also create backup plans for a GKE cluster in the same project as the cluster. Cross-project backup and restore operations are currently in Preview. For help with cross-project backups and restores, contact Cloud Customer Care. Similarly, you can create restore plans for a GKE cluster in the same project as the cluster.

Restoring a workload involves re-creating Kubernetes resources in the target cluster. After the resources are created, restoration of workload capabilities is subject to the cluster reconciliation process (for example, Pods are scheduled to nodes, and then Pods are started on those nodes). During restoration, you can optionally apply transformation rules, which are used to match a set of resources and substitute the current value of an attribute on those resources for a new value.

The combination of selective backup and restore with substitutions is designed to enable and support many different backup and restore scenarios, for example:

• Back up all workloads in a cluster and restore them into a separate cluster for disaster recovery.
• Back up all workloads, but selectively roll back a single workload in the source cluster.
• Back up the resources in one namespace and clone them into another namespace.
• Migrate or clone a workload from one cluster to another cluster.
• Change the storage parameters for a workload (for example, move the workload from a zonal persistent disk to a regional persistent disk).

You must create a target cluster with the Backup for GKE service enabled before you can back up or restore any workloads.

Backup for GKE consists of two main components:

• A service that runs in Google Cloud and supports a resource-based REST API. This service serves as the control plane for Backup for GKE. The service includes Google Cloud console UI elements that interact with this API.
• An agent that runs in every cluster where backups or restores are performed. The agent runs backup and restore operations in these clusters by interacting with the Backup for GKE API.

The following diagram shows the relationship between the different Backup for GKE components:

The Backup for GKE service provides an API endpoint for clients to interact with. The Backup for GKE API, like most Google Cloud APIs, operates against application-specific cloud resources in a resource hierarchy. Backup for GKE manages a database of these application-specific resources and the service API methods mostly correspond to create, read, update, or delete operations against these resources.

There are two primary active resource types in the cloud resource model:

• Backup: Represents the backup of a particular portion of a GKE cluster at a specific point in time. Creating a Backup resource initiates the backup process (eventually storing copies of the target Kubernetes resources and creating snapshots of the target persistent disk volumes). Deleting a Backup deletes these stored artifacts.
• Restore: Represents the restore of a selected portion of a specific Backup into a GKE cluster. Creating a Restore resource initiates the restore process. Deleting a Restore has no side effects, and removes the record of the restore from the database.

Backup for GKE also includes two configuration and control resource types:

• BackupPlan: a parent resource for Backup resources that represent a chain of backups. This resource contains a backup configuration including the source cluster, the selection of which workloads to back up, and the region in which Backup artifacts produced under this plan are stored. This region can be any of the supported locations. For backups stored in a region different from the region of the GKE cluster, outbound network data transfer charges apply. For more information, see Backup for GKE pricing.

• RestorePlan: provides a reusable restore template. This resource contains a restore configuration including the target cluster in which you want to restore the backup, the source backup plan, the scope of the restore, conflict handling, and transformation rules. Before creating a restore plan, you must create the target cluster. Backup for GKE doesn't create the target cluster during a restore.

The Backup for GKE agent is deployed and runs in each GKE cluster that you configure to be backed up by the Backup for GKE service. The agent is responsible for running the backup and restore activities, for example:

• Backup:

  • Orchestrating the backup process.
  • Fetching resources from the Kubernetes API server, serializing them into an archive, and storing the archive.
  • Creating backups of underlying volumes associated with PersistentVolumeClaims.

• Restore:

  • Orchestrating the restore process.
  • Fetching the Kubernetes resource archive from storage, extracting the selected resources, applying the appropriate modifications to these resources, and creating them in the target cluster.
  • Creating volumes and wiring them into the Kubernetes configuration of the target cluster.

Administrators don't interact with the agent, as the agent is driven by custom Kubernetes resources (BackupJob and RestoreJob) automatically created in the cluster by the Backup for GKE service in response to the creation of backup and restore cloud resources. However, administrators can influence the orchestration of backups by creating optional ProtectedApplication Kubernetes resources in the cluster. These ProtectedApplication resources are unique to Backup for GKE and provide more fine-grained options for defining backup and restore scope.

See Preview agent deprecation for information about differences between the preview and GA versions of the agent.

The following section describes the zonal redundancy for Backup for GKE.

• Backup for GKE artifacts are replicated across multiple zones within a region, ensuring continued operation even if a zone experiences an outage.
• Backup for GKE as a service is replicated across at least three zones within each region, providing added redundancy and resilience.
• Backup for GKE doesn't make any zone-level decisions when storing data. Backup for GKE relies on the underlying regional facilities to handle zone-level replication.

You can only back up Kubernetes resources and underlying persistent volumes with Backup for GKE. Backup for GKE does not back up the following:

• GKE cluster configuration information such as node configuration, node pools, initial cluster size, or enabled features.
• Container images referenced by a backup. Only the Kubernetes resources that describe the workload and refer to the container images are backed up. If an image referenced by a workload manifest in a backup is removed from its image repository, then a subsequent restore of that configuration won't successfully restore the workload.
• Configuration information or state of services outside the cluster, such as Cloud SQL or external load balancers.
• Only Persistent Disk type volumes are backed up. Other volume types, such as Filestore NFS or Google Cloud NetApp Volumes, aren't backed up. However, Backup for GKE can be used to provide solutions for workloads that are backed by Filestore volumes. For more information, see Handle Filestore volumes with Backup for GKE.

• Learn more about installing Backup for GKE.
• Learn more about planning a set of backups.

Except as otherwise noted, the content of this page is licensed under the Creative Commons Attribution 4.0 License, and code samples are licensed under the Apache 2.0 License. For details, see the Google Developers Site Policies. Java is a registered trademark of Oracle and/or its affiliates.

Last updated 2025-08-07 UTC.

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