VEEAM VMCE_v12 Exam Dumps

Given the provided transport modes and the fact that no modifications are allowed to these settings, a possible cause for the restore of a VMware virtual disk to fail using this proxy server is C: The virtual disk is thin-provisioned. In the transport modes shown, the Direct storage access and Virtual appliance options would require the VM disk files to be accessible in a certain way that might not be compatible with thin-provisioned disks depending on the storage configuration and the current state of the VM. If the storage integration specifics or the snapshot handling do not support the thin-provisioned format, the restore operation could fail. It's important to ensure that the transport mode selected is compatible with the type of virtual disk being restored to prevent such issues.

After completing a planned failover for VMs to the disaster recovery site, the typical actions available in Veeam Backup & Replication for a failover plan are:

Undo: This allows you to reverse the failover and return the VMs to the original location.

Start: This would be used to initiate the failover plan if it needs to be executed again.

Edit: This option permits modifications to the failover plan.

Delete: This allows the removal of the failover plan if it is no longer needed. There are no options for Copy in the context of a failover plan, and the Cancel option is typically available before and during the failover process, not after completion.

When starting an on-demand lab from backup files for mission-critical VMs, the appropriate SureBackup feature to configure is A: Application Group. An Application Group in Veeam Backup & Replication is a predefined group of VMs that are started together in the SureBackup job. This feature is designed to ensure that interdependent VMs, such as those comprising a multi-tier application, are started in a sequence that respects their operational dependencies, allowing for comprehensive verification and testing. The Application Group can include the mission-critical VMs and any associated VMs required for the application environment to function correctly, ensuring that all components are available and interact as expected within the isolated on-demand lab environment. This setup facilitates effective testing or troubleshooting in a manner that closely mirrors the production environment without impacting live operations.

After using Instant VM Recovery to bring a critical crashed server back online quickly, the final step required to complete the recovery process is A: Migrate to production. Instant VM Recovery allows a VM to run directly from the backup file in a temporary location, enabling rapid recovery and minimal downtime. However, because the VM is running in this provisional state, it's essential to migrate it back to the production environment to ensure long-term stability and performance. The 'Migrate to production' operation involves moving the running VM from the backup storage to the production storage, typically involving a storage vMotion in VMware environments or a similar process in other hypervisors. This step ensures that the VM is fully restored to its original or a new production environment, solidifying the recovery and allowing the VM to operate as part of the normal infrastructure once again.

In Veeam Enterprise Manager, granular restoration permissions can be set for the Restore Operator role, including the restoration of file items. This role allows designated users to perform file-level restores, ensuring that they can recover individual files without having full administrative privileges over the backup infrastructure. Reference:

Veeam Enterprise Manager Guide: Roles and Permissions

Veeam Help Center: Configuring Granular Restore Permissions