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Assuming that you put the backup repositories in the backup network only, what possible issue could arise?
A possible issue that could arise if you put the backup repositories in the backup network only is that laptop agents cannot communicate with the repository. This is because laptop agents are not part of the backup network, which is non-routable according to the existing technical environment. Therefore, laptop agents cannot access or write data to the backup repositories in the backup network unless there is a proxy or gateway server that can bridge the communication between them.
Which strategy will satisfy the customer's requirements for protection against ransomware?
* Use Linux repositories as the performance tier, which are more secure and resilient than Windows repositories, as they support immutable backups and prevent ransomware from accessing or deleting backup files1.
* Use immutable cloud storage as the capacity tier, which will offload older backup files to a public cloud object storage that supports immutability, such as Amazon S3 Object Lock or Azure Blob Storage with immutable policies2. This will ensure that the backup files cannot be modified or deleted by ransomware or malicious users for a specified period of time.
* Use Scale-out Backup Repository, which is a logical entity that groups several backup repositories into a single pool of storage, allowing for better backup performance, scalability, and management3.
Based on the customer's security requirements around restore capabilities, which components should be deployed?
The component that should be deployed based on the customer's security requirements around restore capabilities is Enterprise Manager with granular RBAC policies defined. Enterprise Manager is a web-based interface that allows centralized management of multiple Veeam backup servers. It also provides granular RBAC policies that enable control over user permissions and access to restore data. For example, you can assign different roles to different users or groups based on their responsibilities and needs, such as backup administrator, restore operator, security officer, etc. You can also define custom scopes and rules for each role to limit their access to specific objects, jobs, or actions.
During further discussions, the 3-2-1 rule was recommended. What is the most efficient way to protect primary and secondary sites following the 3-2-1 rule?
Option A follows the 3-2-1 rule by having three copies of data (the original production data, the backup at the primary site, and the backup copy at the secondary site), two different media types (local disk and object storage), and one copy off-site (the backup copy at the secondary site). This option also reduces the amount of traffic sent over the network by using existing backups as seeds for backup copies, and reduces the storage costs by using cloud tier to move older backups to cheaper and unlimited cloud storage1
Which of the following areas would benefit from additional analysis on areas mentioned in the case study? (Choose 3)
The areas that would benefit from additional analysis on areas mentioned in the case study are MSSQL, NAS, and PostgreSQL. These areas have specific backup and restore requirements that need to be considered and addressed in the design and sizing of the Veeam backup infrastructure. For example, MSSQL requires transaction log backup and application-aware processing to ensure consistent backups and point-in-time recovery. NAS requires file-level backup and storage integration to optimize backup performance and storage efficiency. PostgreSQL requires pre-freeze and post-thaw scripts to quiesce the database before backup and resume it after backup.
