Free D-DP-DS-23 sample questions

Correct answer: RecoverPoint

RecoverPoint is the correct solution as it provides Continuous Data Protection (CDP) through block-level replication. This allows for recovery to any point in time, effectively achieving a near-zero RPO, which is critical for high-transaction databases. Avamar and PowerProtect DD with RMAN provide excellent backup and deduplication but are periodic (not continuous) and cannot meet a near-zero RPO. PowerProtect Data Manager orchestrates protection but does not inherently provide the CDP mechanism that RecoverPoint does.

Correct answers: Enabling Encryption at Rest on the PowerProtect DD system; Enabling Data In-Flight Encryption within the PowerProtect DD protection policy

PowerProtect DD provides robust encryption for data at rest. Enabling this feature on the target DD appliance is a fundamental step to securing the stored backup data from the PPDM-protected Kubernetes environment.

PPDM policies that target a PowerProtect DD system have an option to enable encryption for data in-flight. This ensures that the backup data is encrypted as it travels from the Kubernetes cluster to the DD appliance, protecting it from interception.

Correct answer: True

This statement is true. The client-direct feature in NetWorker, which allows clients to send backup data directly to a PowerProtect DD system without passing through a storage node, relies entirely on the DD Boost protocol. Without DD Boost configured on the client and the DD system, client-direct backups are not possible.

Correct answer: The automated opening and closing of the replication data path

The core of the Cyber Recovery 'air gap' is the automated control of the replication link. The Cyber Recovery software opens the data path from the production PowerProtect DD to the vault DD only during the scheduled sync window. Once the sync is complete, the path is automatically closed, creating a logical and often physical disconnect that prevents malware from traversing into the vault.

Correct answer: Image-level Commonality Factoring

Image-level Commonality Factoring is the specific Avamar technology designed for VDI environments. It works by backing up the 'gold' or template VM image first. When subsequent linked-clone or similar VMs are backed up, Avamar recognizes the common blocks from the template and only backs up the unique data, dramatically reducing storage consumption and backup times.

Correct answer: Integrated Data Domain

The Cloud Tier functionality is a feature of the integrated Data Domain component within the PowerProtect DP series appliance. The Data Domain software manages the movement of deduplicated data from its active tier (local storage) to a supported public or private cloud object store for long-term retention, based on policies.

Correct answer: A significant portion of the data being pre-encrypted or compressed media files.

PowerProtect DD's deduplication works by finding redundant data segments. Data that is already highly compressed (like JPEG, MP3, MPEG files) or encrypted at the application level has very little redundancy. Ingesting a large amount of such data will result in a much lower deduplication ratio than expected for typical unstructured or database data, which is a common cause of undersizing a system.

Correct answer: NDMP DSA Backup

NDMP (Network Data Management Protocol) DSA (Data Server Agent) backup is the correct feature. In this configuration, NetWorker acts as the backup manager, but the Isilon cluster (the NDMP server) transfers the data directly to the PowerProtect DD appliance (the DSA target) over the network. This is also known as a three-way NDMP backup and is the standard best practice for protecting large filers efficiently.

Correct answer: Place all three VMs into a single Consistency Group.

A Consistency Group (CG) is the fundamental construct in RecoverPoint for ensuring that multiple VMs or LUNs are treated as a single entity for replication and recovery. By placing the web, application, and database VMs into one CG, RecoverPoint guarantees that all write operations are ordered and replicated consistently, allowing for a single, application-consistent point-in-time recovery for the entire application.

Correct answer: Avamar performs deduplication at the client (source-side), while PowerProtect DD performs it at the backup target (target-side).

The core architectural difference is where the primary deduplication process occurs. Avamar is a source-side deduplication system, meaning the client agent analyzes, segments, and deduplicates data before sending it over the network. This is ideal for constrained networks. PowerProtect DD is a target-side deduplication system, where raw backup data is sent to the appliance, which then performs the deduplication process inline as it writes to disk. This is ideal for high-speed LAN backups and consolidating multiple backup sources.