HQT-6711 Sample Questions Answers

Policy-based automation

Real-time file sharing

Data compression

Network traffic monitoring

Policy-driven data replication

Real-time file defragmentation

Automatic file encryption

Checksum verifications

It only captures incremental changes since the last full backup.

It frequently captures complete copies of data sets.

It automatically tests snapshots for integrity on a scheduled basis.

It can replicate snapshots to multiple locations for robust data protection.

By allowing administrators to create custom backup schedules

By compressing data before storing it

By providing real-time data deduplication

By monitoring network traffic for anomalies

Reduced need for local storage

Increased data transfer speeds

Simplified compliance with data sovereignty

Enhanced data replication options

False

True

nodes

repositories

schedules

policies

Enhancing storage capacity

Automating data protection tasks

Improving system performance

Simplifying user access management

To manage network connections

To automate data protection tasks through scripting

To compress data before backups

To enhance user interface design

The request was incorrect and nothing was updated.

The policy was successfully updated but there is no content in the response.

The policy update request created a new policy instead.

There was a server error while processing the request.

They allow for the recovery of older file versions

They reduce the need for data encryption

They compress files for storage efficiency

They provide a backup of historical data

Configuring asynchronous replication to secondary storage

Establishing direct NFS access between Oracle servers and the Protector

Setting RMAN backup policies within the Ops Center

Disabling Oracle's native encryption features

Exporting configuration settings

Backing up all associated storage volumes

Storing backup data on a separate server

Ensuring RBAC settings are included in the backup

Real-time transaction logging

Automated virtual machine snapshots

Physical server monitoring

Application-level firewall protection

To manage access control policies

To automate backup and recovery processes

To increase data compression rates

To monitor network traffic

False

True

200 OK

201 Created

400 Bad Request

500 Internal Server Error

To allow manual configuration of the Ops Center Protector

To enable integration with third-party applications and services

To increase the security of data transmissions

To provide a graphical interface for data protection tasks

restricted

defined

encrypted

logged

They decrypt data on-the-fly during transfers

They serve as endpoints for data replication tasks

They monitor network traffic for security breaches

They compress files to reduce storage requirements

By storing backups exclusively in S3 Glacier

By using S3 as a primary data storage location

By leveraging S3 to optimize data recovery point objectives (RPO)

By integrating S3 into hybrid backup solutions

It manages user interactions and API integrations

It handles data storage and encryption

It coordinates and directs the data protection processes

It performs data deduplication and compression

Google Cloud Storage

Amazon S3

Microsoft Azure Blob Storage

IBM Cloud Object Storage

copies

versions

snapshots

logs

Data restoration and backup only

User interaction and communication management

Physical hardware integration only

Direct data manipulation and processing

True

False

Real-time file sharing

High-speed data deduplication

Automated snapshot and replication management

Continuous data format conversion

Hitachi Universal Replicator

Hitachi ShadowImage

Hitachi Thin Image

Hitachi TrueCopy

Set vague conditions to cover all possible scenarios

Only use default settings for simplicity

Trigger notifications based on external data sources

Use specific, measurable conditions to avoid frequent, irrelevant alerts

Ensuring all data is stored in a single location for simplicity

Utilizing a single type of data replication technique

Understanding the specific data types and associated risks

Avoiding the use of snapshots due to their high cost

Automated policy enforcement

Snapshot management

Data encryption

Real-time replication

By eliminating the use of cloud-based backups

By merging legacy systems with modern backup solutions

By using a singular, outdated backup protocol

By coordinating backup processes across various storage platforms

comprehensive

restricted

manual

decentralized

Data Management Layer

Service Layer

Interface Layer

Control Layer

REST API provides a more secure connection.

REST API can be accessed from anywhere in the network.

REST API operations can be easily scaled and automated.

REST API uses less bandwidth.

To encrypt data in transit

To manage snapshot and replication tasks for files

To increase storage capacity

To monitor file access logs

Decreased system downtime

Increased manual monitoring requirements

Reduced need for professional IT support

Higher costs due to frequent data collection

Lifecycle policy automation

In-flight data compression

Direct file transfer protocols

Periodic snapshot refresh

Minimizing downtime

Reducing data loss

Enhancing data availability

Lowering recovery costs

It limits data replication to once every 24 hours.

It offers continuous data protection.

It only supports manual snapshot management.

It enables automated compliance checks.

XML

YAML

SQL

JSON

False

True

File-level continuous replication

Disk-level synchronous replication

Object-level snapshots

Sector-level asynchronous replication

To replicate data in real-time across multiple locations

To compress data during transmission

To encrypt data before replication

To archive data for long-term storage

POST

GET

DELETE

PUT