Hitachi HQT-6711 Hitachi Ops Center Protection Exam Practice Test

Exclusive reliance on external backup solutions

Custom scripting for each application environment

Unified policy management for both types of environments

Separate, unrelated data management strategies for each platform

Prioritizing data flows based on data sensitivity

Establishing clear data flow paths

Assigning roles and responsibilities manually

Implementing strict access controls at every node

POST

GET

DELETE

PUT

Integrating with cloud storage solutions

Enabling real-time synchronization

Regularly testing backup integrity

Increasing the compression of backup files

It allows for the discontinuation of all local backups.

It simplifies backup architecture by centralizing control.

It reduces the reliance on encryption for data security.

It mandates the use of a single cloud provider.

Enhancing storage capacity

Automating data protection tasks

Improving system performance

Simplifying user access management

Data sovereignty compliance

Backup data write/read speeds

Physical security of backup storage

Energy efficiency of data centers

Data retention periods

Data encryption methods

User interface design

System firmware version

Data Lifecycle Management

Data Encryption

Data Quality

Data Redundancy

Data Minimization

To ensure data is used ethically

To prevent unauthorized data modification

To secure data against loss or corruption

To increase data transparency

True

False

Decreased system downtime

Increased manual monitoring requirements

Reduced need for professional IT support

Higher costs due to frequent data collection

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

Assigning a static IP address

Installing the software agent

Defining the node type

Selecting the host group

Lifecycle policy automation

In-flight data compression

Direct file transfer protocols

Periodic snapshot refresh

False

True

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

Assigning the node to a resource pool

Installing VMware Tools on the virtual machine

Defining the VM group in the Ops Center

Selecting the appropriate datastore for snapshots

nodes

repositories

schedules

policies

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

Defining the backup schedule

Configuring the network settings

Specifying the recovery objectives

Enabling data compression

It dictates the physical location of backup data centers

It automates data lifecycle management across backup systems

It restricts users from accessing certain backup functionalities

It increases the manual tasks in data management

To compress data before backup

To manage snapshot and replication tasks across cloud environments

To monitor cloud storage costs

To provide physical security for cloud storage

By compressing data to conserve storage space

By creating point-in-time copies of data sets

By encrypting data blocks as they are written

By deduplicating data before replication

Increased network bandwidth

Automated backup and recovery of virtual machines

Enhanced physical storage capacity

Real-time monitoring of all network traffic

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.

Improved disaster recovery planning

Reduced need for data encryption

Clear guidelines for resource allocation

Increased system performance

They provide a historical record of data usage

They enable faster data recovery by capturing file system states

They serve as the primary source for data backups

They increase the capacity of storage arrays

False

True

Enhances system scalability and flexibility

Limits the system’s ability to recover from failures

Decreases overall system performance

Increases operational costs

Real-time analytics

Periodic manual checks

Automated alert systems

Historical data analysis

Nodes can operate independently of each other

Nodes can be dynamically added or removed without significant downtime

Each node requires manual configuration and setup

Nodes are interdependent and require manual synchronization

200 OK

201 Created

400 Bad Request

500 Internal Server Error

snapshot

replication

encryption

compression

It reduces the complexity of managing individual file backups

It increases the speed of data transfers

It eliminates the need for encryption

It allows for direct manipulation of file metadata

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.

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

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

Policy-driven data replication

Real-time file defragmentation

Automatic file encryption

Checksum verifications

Continuous data mirroring

Policy-based automated backup

Real-time query optimization

Network traffic encryption

restricted

defined

encrypted

logged

Automated disaster recovery testing

Real-time data encryption

Data deduplication

AI-driven operational analytics

Snapshot and replication management

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

Automatic file defragmentation

Real-time file locking

Policy-driven data replication

Manual data archiving

Through user-submitted reports

Using built-in diagnostic tools that run periodically

By outsourcing to a third-party service

Only upon system startup

It is unnecessary to monitor replication performance regularly

It requires manual snapshot and replication initiation

It should involve regular testing and validation of data integrity

It depends solely on the physical security of the storage arrays

Reduced need for local storage

Increased data transfer speeds

Simplified compliance with data sovereignty

Enhanced data replication options

Enhancing data processing speeds

Protecting data privacy

Ensuring data availability

Improving physical security