A data architect is planning a new deployment of data storage virtualization before a cloud migration to a public cloud. The requirement is to provide deduplication and backup policy management that is separate from the data VMs. Which of the following would be best to utilize to provision storage?
1. Understanding the Requirement:
The storage must support deduplication and backup policy management.
The solution must be virtualized and separate from data VMs, ensuring flexibility and centralized management.
2. Analyzing the Options:
A . Software-defined storage:
Correct. SDS abstracts storage resources from hardware, allowing for centralized deduplication, backup policies, and dynamic scalability. Ideal for pre-cloud deployment.
B . Containerized storage:
Incorrect. Containerized storage focuses on ephemeral data storage for containerized applications, not ideal for deduplication or backups.
C . Thick-provisioning storage:
Incorrect. Thick provisioning allocates fixed storage size but lacks deduplication and backup management features.
D . RAID 10 disk-array storage:
Incorrect. RAID 10 provides fault tolerance and performance but is hardware-centric and does not address deduplication or centralized backup management.
3. Why SDS is Ideal:
SDS enables policy-driven management for backups, snapshots, and data deduplication.
Supports seamless integration with cloud environments, facilitating migration.
4. Reference:
CompTIA Cloud+ Objectives:
Section 3.2 - Provision storage in cloud environments, 'Software-defined storage for deduplication and backups.'
CompTIA Cloud+ Study Guide: Discusses SDS for flexible and efficient storage management.
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