Configure and use OADP VMFR

Discover VM backups, restore files, and access restored files through a web browser or SSH-based tools.

Enable OADP VMFR

Enable OADP virtual machine file restore (VMFR) by configuring the DataProtectionApplication (DPA) custom resource (CR) with the vmFileRestore section. You can allow file-level restore operations for VM backups.

Prerequisites

You are logged in to the cluster with the cluster-admin role.
The OADP Operator is installed.
The DataProtectionApplication (DPA) CR is configured.
OpenShift Virtualization is installed and running on the cluster.
You have a default storage class configured on the cluster.

Procedure

Edit the DataProtectionApplication CR to enable the VMFR feature:

apiVersion: oadp.openshift.io/v1alpha1
kind: DataProtectionApplication
metadata:
  name: oadp-backup
  namespace: openshift-adp
spec:
  configuration:
    nodeAgent:
      enable: true
      uploaderType: kopia
    velero:
      defaultPlugins:
        - kubevirt
        - csi
        - openshift
        - aws
      disableFsBackup: false
  vmFileRestore:
    enable: true
  backupLocations:
    - velero:
        config:
          profile: "default"
          region: <region>
        provider: aws
        default: true
        credential:
          key: cloud
          name: <cloud_credentials>
        objectStorage:
          bucket: <bucket_name>
          prefix: velero

where:

kubevirt: Specifies the kubevirt Velero plugin in the defaultPlugins list. This plugin is required for VM backup and file-level restore operations.
vmFileRestore: Specifies the section in the DPA spec to enable the VMFR feature.
enable: Specifies whether to enable the VMFR feature. Set to true to enable the feature.

Apply the DPA configuration by running the following command:
```
$ oc apply -f <dpa_cr_filename>
```
Replace <dpa_cr_filename> with the file name containing the DPA CR configuration.

Verification

To verify that the DPA is reconciled with the VMFR feature enabled, run the following command:
```
$ oc get dpa -n openshift-adp -o yaml
```
In the output, verify that the status.conditions section includes a condition with type: VMFileRestoreReady and status: "True".
To verify that the oadp-vm-file-restore-controller-manager pod is running, run the following command:
```
$ oc get pod -n openshift-adp
```
The output should include a running oadp-vm-file-restore-controller-manager pod.

Create a VirtualMachineBackupsDiscovery CR

Create a VirtualMachineBackupsDiscovery (VMBD) custom resource (CR) to identify which Velero backups contain a specified virtual machine (VM). You can locate available backups before performing a file-level restore.

After you create a VMBD CR, the CR undergoes the following phases:

The initial phase for the CR is New.
The controller compiles candidate backups and verifies VM presence in each backup.
Upon successful discovery, the status.phase field of the VMBD CR is updated to Completed.

warning

Create all VMFR custom resources in the protected namespace, which is openshift-adp by default.

Prerequisites

You are logged in to the cluster with the cluster-admin role.
You have installed the OADP Operator.
You have configured the DataProtectionApplication (DPA) CR with the VMFR feature enabled.
You have existing Velero backups that contain virtual machine data.

Procedure

Create a VirtualMachineBackupsDiscovery CR YAML manifest file with the following configuration:
```
apiVersion: oadp.openshift.io/v1alpha1
kind: VirtualMachineBackupsDiscovery
metadata:
  name: find-my-vm-backups
  namespace: openshift-adp
spec:
  virtualMachineName: "production-web-server"
  virtualMachineNamespace: "production"
```
where:

name

Specifies a name for the VMBD CR. For example, find-my-vm-backups.

namespace

Specifies the namespace where the VMBD CR is created. This must be the OADP protected namespace, typically openshift-adp.

virtualMachineName

Specifies the name of the virtual machine to search for in backups. For example, production-web-server.

virtualMachineNamespace

Specifies the namespace of the target virtual machine. For example, production.
Optional: To filter backups by a time range, add startTime and endTime fields to the spec section:
```
apiVersion: oadp.openshift.io/v1alpha1
kind: VirtualMachineBackupsDiscovery
metadata:
  name: find-my-vm-backups
  namespace: openshift-adp
spec:
  virtualMachineName: "production-web-server"
  virtualMachineNamespace: "production"
  startTime: "2025-08-01"
  endTime: "2025-09-01"
```
where:

startTime

Specifies the start of the time range to filter backups. Backups created before this date are excluded.

endTime

Specifies the end of the time range to filter backups. Backups created after this date are excluded.

Optional: To discover specific backups by name, add the requestedBackups field to the spec section:

apiVersion: oadp.openshift.io/v1alpha1
kind: VirtualMachineBackupsDiscovery
metadata:
  name: find-my-vm-backups
  namespace: openshift-adp
spec:
  virtualMachineName: "production-web-server"
  virtualMachineNamespace: "production"
  requestedBackups:
    - "initial-backup-from-2024-01-01"
    - "last-working-from-2025-07-28"

where:

requestedBackups: Specifies a list of backup names to include in the discovery. These backups are included regardless of any time range filter.

To apply the VMBD CR configuration, run the following command:
```
$ oc apply -f <vmbd_cr_filename>
```
Replace <vmbd_cr_filename> with the file name containing the VMBD CR configuration.

Verification

To verify that the VMBD CR is successfully created and discovery is complete, run the following command:

$ oc get vmbd find-my-vm-backups -n openshift-adp -o yaml

apiVersion: oadp.openshift.io/v1alpha1
kind: VirtualMachineBackupsDiscovery
metadata:
  name: find-my-vm-backups
  namespace: openshift-adp
spec:
  virtualMachineName: "production-web-server"
  virtualMachineNamespace: "production"
status:
  phase: Completed
  validBackups:
    - name: "backup-2025-09-20"
      namespace: openshift-adp
      createdAt: "2025-09-20T02:00:00Z"
    - name: "backup-2025-09-15"
      namespace: openshift-adp
      createdAt: "2025-09-15T02:00:00Z"
  backupDiscoveryProgress:
    - name: "backup-2025-09-20"
      namespace: openshift-adp
      status: Completed
      message: "VM found in backup"
      createdAt: "2025-09-20T02:00:00Z"
    - name: "backup-2025-09-15"
      namespace: openshift-adp
      status: Completed
      message: "VM found in backup"
      createdAt: "2025-09-15T02:00:00Z"
  conditions:
    - type: Ready
      status: "True"
      message: "Successfully discovered 2 valid backups"
      reason: DiscoverySuccessful
  discoveryStats:
    totalCandidates: 2
    completed: 2
    failed: 0
    inProgress: 0
    pending: 0
    skipped: 0
  observedGeneration: 1

where:

phase: Completed: Specifies that the discovery process is complete.
validBackups: Specifies the list of backups that contain the specified virtual machine. Each entry includes the name, namespace, and createdAt timestamp.
backupDiscoveryProgress: Specifies the discovery progress for each candidate backup, including the status and message.
discoveryStats: Specifies the total number of candidate backups processed and the count of completed, failed, in-progress, pending, and skipped results.
observedGeneration: Specifies the last generation value processed by the controller.

Create a VirtualMachineFileRestore CR

Create a VirtualMachineFileRestore (VMFR) custom resource (CR) to make files from discovered virtual machine (VM) backups accessible for browsing and downloading. You can recover individual files without restoring the entire VM.

After you create a VMFR CR, the CR undergoes the following phases:

The initial phase for the CR is New.
The controller validates the referenced discovery, restores PVCs, and creates file-serving resources.
Upon successful setup, the status.phase field of the VMFR CR is updated to Completed.

note

All VMFR custom resources must be created in the protected namespace, which is openshift-adp by default.

Prerequisites

You are logged in to the cluster with the cluster-admin role.
You have installed the OADP Operator.
You have configured the DataProtectionApplication (DPA) CR with the VMFR feature enabled.
You have created a VirtualMachineBackupsDiscovery (VMBD) CR and its status.phase is Completed.

Procedure

[Optional] Create a secret containing the credentials for accessing the file browser: If you do not create a secret, the VMFR controller creates a secret for you and references it in the VMFR CR.
```
apiVersion: v1
kind: Secret
metadata:
  name: vmfr-credentials
  namespace: openshift-adp
type: Opaque
data:
  password: <base64_encoded_password>
  username: <base64_encoded_username>
```
where:

password

Specifies the base64-encoded password for the file browser. The password must be at least 12 characters long before encoding.

username

Specifies the base64-encoded username for the file browser.
Create a VirtualMachineFileRestore CR YAML manifest file with the following configuration. To configure file browser access:
```
apiVersion: oadp.openshift.io/v1alpha1
kind: VirtualMachineFileRestore
metadata:
  name: restore-config-files
  namespace: openshift-adp
spec:
  backupsDiscoveryRef: find-my-vm-backups
  selectedBackups:
    - backup-2025-09-20
    - backup-2025-09-15
  fileAccess:
    fileBrowser:
      credentialsSecretRef:
        name: vmfr-credentials
      exposeExternally: true
```
To configure SSH access:
```
apiVersion: oadp.openshift.io/v1alpha1
kind: VirtualMachineFileRestore
metadata:
  name: restore-config-files
  namespace: openshift-adp
spec:
  backupsDiscoveryRef: find-my-vm-backups
  selectedBackups:
    - backup-2025-09-20
    - backup-2025-09-15
  fileAccess:
    ssh: {}
```
where:

name

Specifies a name for the VMFR CR. For example, restore-config-files.

namespace

Specifies the namespace where the VMFR CR is created. This must be the OADP protected namespace, typically openshift-adp.

backupsDiscoveryRef

Specifies the name of the VMBD CR that contains the discovery results. This VMBD CR must be in the Completed phase.

selectedBackups

Specifies a list of backup names from the VMBD valid results to restore. A Velero restore operation is created for each backup in this list.

fileAccess

Specifies the configuration for accessing the restored files.

fileBrowser

Specifies the file browser configuration for web-based access.

credentialsSecretRef

Specifies the name of the Kubernetes secret that contains the credentials for file browser access.

exposeExternally

Specifies whether to create an external route for accessing the file browser. Set to true to create a publicly accessible route.

ssh

Specifies the SSH access configuration. Set to {} to enable SSH access with autogenerated credentials. The controller generates an SSH key pair and stores it in a Kubernetes secret. Optionally, you can also specify a username, and publickey for enabling the SSH access as shown in the following example:
```
...
   ssh:
     username: fedora
     publicKey: ""
```
To apply the VMFR CR configuration, run the following command:
```
$ oc apply -f <vmfr_cr_filename>
```
Replace <vmfr_cr_filename> with the file name containing the VMFR CR configuration.

Verification

To verify that the VMFR CR is successfully created and file access is available, run the following command:

$ oc get vmfr restore-config-files -n openshift-adp -o yaml

apiVersion: oadp.openshift.io/v1alpha1
kind: VirtualMachineFileRestore
metadata:
  name: restore-config-files
  namespace: openshift-adp
spec:
  backupsDiscoveryRef: find-my-vm-backups
  selectedBackups:
    - backup-2025-09-20
    - backup-2025-09-15
  fileAccess:
    fileBrowser:
      credentialsSecretRef:
        name: vmfr-credentials
      exposeExternally: true
status:
  phase: Completed
  fileServingInfo:
    fileBrowser:
      clusterAccess: https://restore-config-files-fileserver-svc.production-production-web-server-a1b2c3.svc.cluster.local:8443
      publicAccess: https://restore-config-files.vmfr.apps.example.com
      credentialsSecretRef:
        name: restore-config-files-filebrowser-xk4wm
        namespace: production-production-web-server-a1b2c3
  conditions:
    - type: Ready
      status: "True"
      message: "File restore completed, files accessible via file server and external route"
      reason: Completed
    - type: Available
      status: "True"
      message: "File server is accessible and serving files"
      reason: FileServerAvailable
  pvcRestores:
    - pvcName: production-web-server-dv
      pvcNamespace: production
      pvcUID: 05ac1521-2a16-4a71-b81f-ccad592b89cd
      restores:
        - veleroBackupName: backup-2025-09-20
          veleroBackupNamespace: openshift-adp
          veleroRestoreName: vmfr-restore-config-files-backup-2025-09-20-89lfl
          veleroRestoreNamespace: openshift-adp
          phase: Completed
          state: available
          timestamp: "2025-09-20T02:00:00Z"
        - veleroBackupName: backup-2025-09-15
          veleroBackupNamespace: openshift-adp
          veleroRestoreName: vmfr-restore-config-files-backup-2025-09-15-bfqx4
          veleroRestoreNamespace: openshift-adp
          phase: Completed
          state: available
          timestamp: "2025-09-15T02:00:00Z"
      size: 150Mi
  createdNamespace: production-production-web-server-a1b2c3
  observedGeneration: 1

where:

phase: Completed: Specifies that the file restore process is complete and file-serving endpoints are available.
fileServingInfo.fileBrowser: Specifies the endpoint details and credentials for accessing the restored files through the file browser.
clusterAccess: Specifies the cluster-internal URL for accessing the file browser.
publicAccess: Specifies the externally accessible URL for the file browser. This field is present only when exposeExternally is set to true.
credentialsSecretRef: Specifies the Kubernetes secret that contains the generated credentials for accessing the file browser interface, including the name and namespace of the secret.
pvcRestores: Specifies the restore status grouped by PVC. Each PVC entry includes the pvcName, pvcNamespace, pvcUID, and a restores list with details for each backup restore.
state: Specifies the state of the restored PVC. Possible values include available, processing, failed, backup-deleted, backup-missing, unsupported-plugin, and extraction-failed.
createdNamespace: Specifies the temporary namespace created for hosting the file-serving resources. This namespace is cleaned up when you delete the VMFR CR.

Access restored files through a web browser

Access restored virtual machine (VM) files through a web browser by using the file browser interface provided by the VirtualMachineFileRestore (VMFR) custom resource (CR). You can browse, preview, and download files from VM backups.

Prerequisites

You are logged in to the cluster with the cluster-admin role.
A VirtualMachineFileRestore (VMFR) CR with the fileAccess.fileBrowser section configured exists.
The VMFR CR status.phase is Completed.

Procedure

To retrieve the file browser access URLs, run the following command:
```
$ oc get vmfr <vmfr_cr_name> -n openshift-adp -o jsonpath='{.status.fileServingInfo.fileBrowser}'
```
Replace <vmfr_cr_name> with the name of the VMFR CR. The output includes the clusterAccess URL for cluster-internal access and the publicAccess URL if exposeExternally is set to true.
If the VMFR CR has exposeExternally set to true, open a web browser and navigate to the publicAccess URL from the status output. If exposeExternally is not enabled, set up port forwarding to the file-serving service by running the following command:
```
$ oc port-forward svc/vmfr-<vmfr_cr_name>-fileserver-svc -n <restore_namespace> 8443:8443
```
Replace <vmfr_cr_name> with the name of the VMFR CR and <restore_namespace> with the namespace from the status.createdNamespace field. Then navigate to https://localhost:8443 in your web browser.
Log in by using the credentials from the secret you created for file browser access. Figure 1. OADP VM File Restore Browser login page
Browse the files organized by date, backup name, and PVC name. Figure 2. File browser listing showing backup contents
View the file content by selecting the file. To download a file, select the file and click Download. To download a directory as an archive, select the directory and click Download. Figure 3. File preview in the file browser

Access restored files through SSH

Access restored virtual machine (VM) files through SSH by using rsync, scp, or sftp with the VirtualMachineFileRestore (VMFR) custom resource (CR). You can transfer files from VM backups efficiently.

When you configure SSH access, the VMFR controller autogenerates an SSH key pair and stores it in a Kubernetes secret. The default SSH username is oadp. The SSH file server listens on port 2222.

The remote path for restored files follows the format /restores/<date>/<backup_name>/<vm_name>/<path_to_file>.

Prerequisites

You are logged in to the cluster with the cluster-admin role.
You have created a VirtualMachineFileRestore (VMFR) CR with the fileAccess.ssh section configured.
The VMFR CR status.phase is Completed.

Procedure

To retrieve the SSH access information, run the following command:
```
$ oc get vmfr <vmfr_cr_name> -o jsonpath='{.status.fileServingInfo.ssh}' | jq
```
Replace <vmfr_cr_name> with the name of the VMFR CR. The output includes the clusterAccess URL and credentialsSecretRef containing the name and namespace of the generated SSH key secret.
Retrieve the private key from the generated secret and save it to a file:
```
$ oc get secret <secret_name> -n <secret_namespace> -o jsonpath='{.data.privateKey}' | base64 -d > id-rsa
```
Replace <secret_name> and <secret_namespace> with the values from the status.fileServingInfo.ssh.credentialsSecretRef field.
Set the correct permissions on the private key file:
```
$ chmod 600 id-rsa
```
Get the name of the file server service created in the VMFR namespace:
```
$ oc get svc -n <created_namespace> | grep fileserver
```
Replace <created_namespace> with the value from the status.createdNamespace field of the VMFR CR.
To copy a file from the backup by using scp, run the following command:
```
$ scp -P 2222 -i id-rsa \
  -o StrictHostKeyChecking=no \
  -o UserKnownHostsFile=/dev/null \
  oadp@<fileserver_svc>.<created_namespace>.svc.cluster.local:<remote_path> \
  <local_destination>
```
where:

<fileserver_svc>

Specifies the name of the file server service.

<created_namespace>

Specifies the namespace from the status.createdNamespace field.

<remote_path>

Specifies the path to the file in the format /restores/<date>/<backup_name>/<vm_name>/<path_to_file>.

<local_destination>

Specifies the local file path to save the restored file.

To start an interactive SFTP session, run the following command:

$ sftp -P 2222 -i id-rsa \
  -o StrictHostKeyChecking=no \
  oadp@<fileserver_svc>.<created_namespace>.svc.cluster.local

Delete a VirtualMachineFileRestore CR

Delete a VirtualMachineFileRestore (VMFR) custom resource (CR) to clean up file-serving resources after you have recovered the files you need. This helps you free cluster resources used by the file-serving pod and temporary namespace.

When you delete a VMFR CR, the controller performs the following cleanup operations:

Stops the file-serving pod and associated services.
Deletes the restored PVCs.
Deletes the temporary namespace if one was automatically created.

Prerequisites

You are logged in to the cluster with the cluster-admin role.
You have a VirtualMachineFileRestore CR that you want to delete.

Procedure

To delete a VirtualMachineFileRestore CR, run the following command:
```
$ oc delete vmfr <vmfr_cr_name> -n openshift-adp
```
Replace <vmfr_cr_name> with the name of the VMFR CR.

Verification

To verify that the VMFR CR is deleted and resources are cleaned up, run the following command:
```
$ oc get vmfr -n openshift-adp
```
The deleted VMFR CR should not appear in the output.

Test the VM file restore workflow

Complete an end-to-end workflow that creates a VM, backs it up, and restores individual files through SSH to test the VM file restore feature or verify your configuration.

Prerequisites

You are logged in to the cluster with the cluster-admin role.
You have installed the OADP Operator.
OpenShift Virtualization is installed and running on the cluster.
You have installed the virtctl CLI tool to access the VM.

Procedure

Create a secret for the cloud storage credentials by running the following command:
```
$ oc create secret generic <secret_name> -n openshift-adp --from-file cloud=<credentials_file_path>
```
where:

<secret_name>

Specifies the name of the cloud credentials secret.

<credentials_file_path>

Specifies the path to the file that contains the cloud storage credentials.

Create a DataProtectionApplication (DPA) CR with the VMFR feature enabled and the kubevirt plugin:

apiVersion: oadp.openshift.io/v1alpha1
kind: DataProtectionApplication
metadata:
  name: vmfr-dpa
  namespace: openshift-adp
spec:
  backupLocations:
    - velero:
        credential:
          key: cloud
          name: <secret_name>
        default: true
        objectStorage:
          bucket: <bucket_name>
          prefix: velero
        provider: <provider>
  configuration:
    velero:
      defaultPlugins:
        - csi
        - openshift
        - kubevirt
        - <provider>
      disableFsBackup: false
    nodeAgent:
      enable: true
      uploaderType: kopia
  vmFileRestore:
    enable: true

where:

<secret_name>: Specifies the name of the cloud credentials secret you created.
<bucket_name>: Specifies the name of the object storage bucket.
<provider>: Specifies the cloud provider plugin, such as aws, gcp, or azure.
vmFileRestore: Enables the VMFR feature by setting the enable field to true.

Apply the DPA configuration by running the following command:
```
$ oc apply -f <dpa_cr_filename>
```
Verify that the DPA is reconciled and the VMFR feature is enabled by running the following command:
```
$ oc get dpa -n openshift-adp -o yaml
```
In the output, verify that the status.conditions section includes a condition with type: VMFileRestoreReady and status: "True".
Verify that the velero, nodeAgent, and oadp-vm-file-restore-controller-manager pods are running by running the following command:
```
$ oc get pod -n openshift-adp
```
Generate an SSH key pair for accessing the VM:
```
$ ssh-keygen -t ed25519 -f ~/.ssh/<vm_key_name> -C "<vm_key_name>"
```
Replace <vm_key_name> with a name for the SSH folder and the key file.
Create a namespace for the VM by running the following command:
```
$ oc create ns <vm_namespace>
```
Create a Kubernetes secret with the SSH public key in the VM namespace:
```
$ oc create secret generic <ssh_secret_name> \
  --from-file=key=<path_to_public_key> \
  -n <vm_namespace>
```
where:

<ssh_secret_name>

Specifies the name of the secret that contains the SSH public key.

<path_to_public_key>

Specifies the path to the SSH public key file you created in an earlier step. For example, $HOME/.ssh/vm-key.pub.

<vm_namespace>

Specifies the namespace for the VM.
Create a VirtualMachine CR by using the built-in VM template fedora-server-small:
```
$ oc process -n openshift fedora-server-small -p NAME=<vm_name> | oc apply -n <vm_namespace> -f -
```
where:

<vm_name>

Specifies the name of the VM.

<vm_namespace>

Specifies the namespace for the VM.

Wait for the VM to be ready:

$ oc wait --for=condition=Ready vmi/<vm_name> -n <vm_namespace>

Patch the VM configuration accessCredentials object with the SSH public key:
```
$ oc patch vm <vm_name> -n <vm_namespace> --type=merge -p '{"spec":{"template":{"spec":{"accessCredentials":[{"sshPublicKey":{"propagationMethod":{"noCloud":{}},"source":{"secret":{"secretName":"<ssh_secret_name>"}}}}]}}}}'
```
where:

<vm_name>

Specifies the name of the VM.

<vm_namespace>

Specifies the namespace for the VM.

<ssh_secret_name>

Specifies the name of the secret that contains the SSH public key.

SSH to the VM and create a test file:

$ virtctl ssh <vm_user>@vmi/<vm_name> \
  -n <vm_namespace> \
  --identity-file=$HOME/.ssh/<vm_key_name> \
  --local-ssh-opts="-o StrictHostKeyChecking=no" \
  -c "echo 'Test file for VMFR validation - $(date)' > /home/fedora/test-vmfr-file.txt"

where:

<vm_user>: Specifies the name of the VM user. For the in-built VM template, the user name is fedora.

Create a Backup CR to back up the VM namespace:

apiVersion: velero.io/v1
kind: Backup
metadata:
  name: <backup_name>
  namespace: openshift-adp
spec:
  includedNamespaces:
    - <vm_namespace>
  snapshotMoveData: true

Apply the Backup CR by running the following command:
```
$ oc apply -f <backup_cr_filename>
```
Verify that the backup is complete by running the following command:
```
$ oc get backup.velero <backup_name> -n openshift-adp -o jsonpath='{.status.phase}'
```
The output should display Completed.

Create a VirtualMachineBackupsDiscovery CR to identify which backups contain the target VM:

apiVersion: oadp.openshift.io/v1alpha1
kind: VirtualMachineBackupsDiscovery
metadata:
  name: <vmbd_name>
  namespace: openshift-adp
spec:
  virtualMachineName: <vm_name>
  virtualMachineNamespace: <vm_namespace>

Apply the VMBD CR by running the following command:
```
$ oc apply -f <vmbd_cr_filename>
```
Verify that the discovery is complete by running the following command:
```
$ oc get vmbd <vmbd_name> -n openshift-adp
```
The PHASE column should display Completed.
Create a VirtualMachineFileRestore CR with SSH access to restore files from the discovered backups:
```
apiVersion: oadp.openshift.io/v1alpha1
kind: VirtualMachineFileRestore
metadata:
  name: <vmfr_name>
  namespace: openshift-adp
spec:
  backupsDiscoveryRef: <vmbd_name>
  fileAccess:
    ssh: {}
```
The ssh: {} configuration instructs the controller to autogenerate an SSH key pair and store it in a Kubernetes secret. The default SSH username is oadp.
Apply the VMFR CR by running the following command:
```
$ oc apply -f <vmfr_cr_filename>
```
Wait for the VMFR phase to complete:
```
$ oc get vmfr <vmfr_name> -n openshift-adp
```
The PHASE column should display Completed.
Retrieve the SSH access information by running the following command:
```
$ oc get vmfr <vmfr_name> -o jsonpath='{.status.fileServingInfo.ssh}' | jq
```
The output includes the clusterAccess URL and the credentialsSecretRef containing the name and namespace of the auto generated SSH key secret.
Retrieve the private key from the auto generated secret and save it to a file:
```
$ oc get secret <secret_name> -n <secret_namespace> -o jsonpath='{.data.privateKey}' | base64 -d > id-rsa
```
Replace <secret_name> and <secret_namespace> with the values from the status.fileServingInfo.ssh.credentialsSecretRef field.

Copy the private key to the VM so that you can use it for scp from within the VM:

$ virtctl scp id-rsa \
  <vm_user>@vmi/<vm_name>:/home/<vm_user>/id-rsa \
  -n <vm_namespace> \
  --identity-file=$HOME/.ssh/<vm_key_name>

Update the file permissions on the private key inside the VM:

$ virtctl ssh <vm_user>@vmi/<vm_name> \
  -n <vm_namespace> \
  --identity-file=$HOME/.ssh/<vm_key_name> \
  --local-ssh-opts="-o StrictHostKeyChecking=no" \
  -c "chmod 600 /home/<vm_user>/id-rsa"

Get the name of the file server service created in the VMFR namespace:
```
$ SVC=$(oc get svc -n <created_namespace> | grep fileserver | awk '{print $1}')
```
Replace <created_namespace> with the value from the status.createdNamespace field of the VMFR CR.
Restore the file by using scp from within the VM. The remote path format is /restores/<date>/<backup_name>/<vm_name>/<path_to_file>:
```
$ virtctl ssh <vm_user>@vmi/<vm_name> \
  -n <vm_namespace> \
  --identity-file=$HOME/.ssh/<vm_key_name> \
  --local-ssh-opts="-o StrictHostKeyChecking=no" \
  -c "scp -P 2222 \
  -i /home/<vm_user>/id-rsa \
  -o StrictHostKeyChecking=no \
  -o UserKnownHostsFile=/dev/null \
  oadp@<fileserver_svc>.<created_namespace>.svc.cluster.local:<remote_path> \
  /tmp/restored.txt"
```
where:

<fileserver_svc>

Specifies the name of the file server service you retrieved in an earlier step.

<created_namespace>

Specifies the namespace from the status.createdNamespace field.

<remote_path>

Specifies the path to the file in the format /restores/<date>/<backup_name>/<vm_name>/<path_to_file>. For example, "/restores/2026-02-10/test-backup/fedora-vm-test/home/fedora/test-vmfr-file.txt"

Verify that the restored file is intact by comparing MD5 checksums:

$ virtctl ssh <vm_user>@vmi/<vm_name> \
  -n <vm_namespace> \
  --identity-file=$HOME/.ssh/<vm_key_name> \
  --local-ssh-opts="-o StrictHostKeyChecking=no" \
  -c "echo '===MD5 Checksums===' && md5sum /home/fedora/test-vmfr-file.txt /tmp/restored.txt"

The checksums of the original and restored files should match. You should see an output as shown in the following example:

===MD5 Checksums===
92245490c552e83baf5f2a2e898d9fff  /home/fedora/test-vmfr-file.txt
92245490c552e83baf5f2a2e898d9fff  /tmp/restored.txt

After you have recovered the files, delete the VMFR CR to clean up resources:
```
$ oc delete vmfr <vmfr_name> -n openshift-adp
```

Enable OADP VMFR​

Create a VirtualMachineBackupsDiscovery CR​

Create a VirtualMachineFileRestore CR​

Access restored files through a web browser​

Access restored files through SSH​

Delete a VirtualMachineFileRestore CR​

Test the VM file restore workflow​

Enable OADP VMFR

Create a VirtualMachineBackupsDiscovery CR

Create a VirtualMachineFileRestore CR

Access restored files through a web browser

Access restored files through SSH

Delete a VirtualMachineFileRestore CR

Test the VM file restore workflow