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As part of standard operating procedures, when an administrator leaves the organization, a shallow rekey operation must be performed on a vSAN ESA cluster with vSAN Data-at-Rest Encryption enabled.
Which key is rotated during a shallow rekey operation?
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D
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Explanation
A shallow rekey operation rotates only the Key Encryption Key (KEK). In vSAN Data-at-Rest Encryption, vCenter obtains or generates the KEK through the configured key provider, while ESX hosts use Data Encryption Keys (DEKs) to encrypt the actual disk or object data. The KEK is used to protect, or wrap, those DEKs. When a shallow rekey is performed, the underlying encrypted data does not need to be rewritten because the DEKs remain the same; only the KEK changes, and the existing DEKs are re-encrypted with the new KEK. This is why shallow rekey is faster and less disruptive than a deep rekey. A deep rekey generates both a new KEK and new DEKs, requiring re-encryption of data. The Host Key is used for encrypted core dumps, not datastore data encryption. Key Derivation Key is not the key rotated in this vSAN shallow rekey workflow. Reference topics: vSAN Data-at-Rest Encryption, Generate New Encryption Keys, Shallow Rekey, Deep Rekey, KEK and DEK lifecycle. |
An administrator just built a new workload domain including a vSAN ESA cluster. The architecture design included the use of memory tiering and a specific smaller NVMe device has been installed in each ESX host for this purpose.
When looking in the vSphere UI, the administrator notices that the device intended to be used for memory tiering has been claimed by vSAN.
What action should be taken on each host to achieve the desired configuration?
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D
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Explanation
The device has already been claimed by vSAN, so it is now part of the vSAN ESA storage pool. It must be removed from vSAN through a controlled device-removal workflow before it can be repurposed for memory tiering. The correct method is to remove the device from vSAN using Full Data Migration. This evacuation mode migrates data from the device to other eligible devices or hosts so that objects remain protected and compliant where possible. After the device is safely removed from the vSAN storage pool, it can be configured for memory tiering. Physically removing or hot-removing the device is unsafe because vSAN may still have components on it. Booting without the device is also not a supported configuration workflow. Changing disk claiming behavior and rebooting does not safely remove existing components from the already claimed device. vSAN ESA uses a storage pool model, so claimed NVMe devices contribute capacity and performance; a device intended for another purpose must be explicitly evacuated and removed before reuse. Reference topics: vSAN ESA Storage Pools, Device Claiming, Remove Storage Pool Device, Full Data Migration, Memory Tiering. |
An administrator needs to quickly test a possibly destructive change to a Virtual Machine (VM) in production. The VM is currently protected by vSAN Data Protection.
Which feature of vSAN Data Protection can be leveraged to achieve this objective?
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D
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Explanation
Linked clone is the correct feature because the administrator needs to test a potentially destructive change without directly modifying the production VM. vSAN Data Protection uses native vSAN ESA snapshot technology to protect virtual machines through protection groups and scheduled snapshots. Beyond simple restore operations, vSAN Data Protection supports clone workflows that allow a VM to be created from a protected snapshot for development, validation, testing, or recovery use cases. A linked clone is especially appropriate because it can be created quickly from an existing snapshot while maintaining dependency on the base snapshot, avoiding the time and capacity impact of a full independent copy. Immutable snapshots protect recovery points from deletion or modification, but they do not themselves provide an isolated test VM. Multiple schedules only control snapshot timing. A protection group defines which VMs are protected. Replication is used for site-level protection and disaster recovery, not for rapidly testing a destructive change against a local production snapshot. Reference topics: vSAN Data Protection, Snapshot Service, Protection Groups, Linked Clone from Snapshot, VM Test and Recovery Workflows. |
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Find answers to the most common questions about the VMware 3V0-23.25 exam, including what it is, how to prepare, and how it can boost your career.
The VMware 3V0-23.25 certification is a globally-acknowledged credential that is awarded to candidates who pass this certification exam by obtaining the required passing score. This credential attests and validates the candidates' knowledge and hands-on skills in domains covered in the VMware 3V0-23.25 certification syllabus. The VMware 3V0-23.25 certified professionals with their verified proficiency and expertise are trusted and welcomed by hiring managers all over the world to perform leading roles in organizations. The success in VMware 3V0-23.25 certification exam can be ensured only with a combination of clear knowledge on all exam domains and securing the required practical training. Like any other credential, VMware 3V0-23.25 certification may require periodic renewal to stay current with new innovations in the concerned domains.