HQT-6711 Practice Exam Questions with Answers Hitachi Ops Center Protection Certification

To enhance network bandwidth for file transfers

To manage snapshot and replication tasks for files

To convert file-based data into block data formats

To encrypt files using proprietary algorithms

The impact of downtime on business operations

The cost of implementing recovery solutions

The encryption methods used

The storage capacity available

Data Lifecycle Management

Data Encryption

Data Quality

Data Redundancy

Data Minimization

An architecture that consolidates backup and recovery processes across multiple environments

A technology that exclusively supports on-premises data protection

A feature that provides network security for backup data

A software tool used for encrypting backup data

By automatically updating firmware on storage devices

By scheduling replication and snapshot tasks based on business needs

By reducing the physical size of data storage units

By eliminating the need for network connectivity

Through user-submitted reports

Using built-in diagnostic tools that run periodically

By outsourcing to a third-party service

Only upon system startup

True

False

Automated policy enforcement

Snapshot management

Data encryption

Real-time replication

False

True

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

Minimizing downtime

Reducing data loss

Enhancing data availability

Lowering recovery costs

By providing tools for incremental database replication

By encrypting database files at the storage level

By automating Oracle database backups using RMAN (Recovery Manager)

By synchronizing Oracle database schemas

automation

simplification

reduction

logging

Granular control over user permissions

Automatic encryption of all user data

Simplified user management across different roles

Real-time monitoring of user activities

Real-time analytics of backup activities

On-the-fly data encryption

High availability configurations

Multi-cloud management interfaces

Real-time analytics

Periodic manual checks

Automated alert systems

Historical data analysis

Defining the backup schedule

Configuring the network settings

Specifying the recovery objectives

Enabling data compression

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

Nodes can be dynamically added or removed

Nodes operate independently of each other

Nodes require manual synchronization

Nodes must be physically close to the storage arrays

Encryption of backup data

Physical security of backup servers

Regular updates to backup protocols

Multifactor authentication for backup access

Reduces the need for manual interventions in data operations

Increases the dependency on physical data storage devices

Decreases data availability and integrity

Complicates the data recovery process

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

Trends over time, such as resource usage and availability

Only data from the last 24 hours

Basic system status updates

Personalized user access logs

Manages data storage and retrieval

Coordinates and enforces protection policies

Encrypts data before transmission

Monitors network traffic

Automatic file defragmentation

Real-time file locking

Policy-driven data replication

Manual data archiving

Network bandwidth for data transfers

Data encryption during backup

Cost of cloud storage services

Hardware requirements for cloud storage

Data deduplication

Georedundant storage

Automated tiering

Encrypted data transfers

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

RPO is about data loss; RTO is about recovery speed.

RPO relates to backup frequency; RTO relates to backup speed.

RPO is the financial objective; RTO is the service objective.

There is no significant difference; both terms can be used interchangeably.

Policy-driven data replication

Real-time file defragmentation

Automatic file encryption

Checksum verifications

It ensures data is backed up in real-time across multiple locations

It provides a delayed copy of data to manage bandwidth usage

It offers an archival solution for long-term data storage

It encrypts all data before copying to another array

Log shipping

Oracle Data Guard

Flashback technology

RMAN scripts

False

True

Policy-based automation

Real-time file sharing

Data compression

Network traffic monitoring

Centralized management of backup policies

Real-time monitoring of all network traffic

Seamless integration with cloud and on-premises storage

Support for multiple encryption algorithms

Separation of hardware and software backup solutions

Integration of backup solutions across disparate platforms

Use of a single backup technology

Exclusive use of physical backup methods

Automated conversion of backup data to S3 compatible format

Encryption of data before it is uploaded to S3

Seamless integration with S3 standard, IA, and Glacier storage classes

Real-time replication to multiple S3 buckets

Data lifecycle management based on organizational policies

The geographical location of users

The organizational hierarchy and roles

The personal preferences of users

The network bandwidth available

SSL/TLS encryption

API keys

VPN tunnels

IP whitelisting

The server has not found anything matching the Request-URI

The request requires user authentication

The server understands the request, but refuses to authorize it

The server encountered an unexpected condition which prevented it from fulfilling the request

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.

Real-time network traffic reports

Detailed backup and restore operation reports

Hardware failure prediction reports

User access and authentication logs

Devices must support software-defined networking

Devices must have non-volatile memory express (NVMe)

Devices must be from the same manufacturer

Devices must support synchronous and asynchronous replication