HQT-6711 Questions and Answers

It ensures data storage exclusively in public clouds.

It leverages deduplication to reduce storage needs.

It integrates physical and virtual backup solutions.

It confines data backups to on-premises locations.

Automated policy management for backups

Real-time data deduplication

Integration with cloud-based storage solutions

Integration with cloud-based storage solutions

Ensuring proper authentication mechanisms are in place

Understanding the system’s network configuration

Regularly updating the API to the latest version

Securing API endpoints from unauthorized access

False

True

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

200 OK

201 Created

400 Bad Request

500 Internal Server Error

Enhancing data processing speeds

Protecting data privacy

Ensuring data availability

Improving physical security

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By using a singular, outdated backup protocol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

automation

simplification

reduction

logging

XML

JSON

CSV

TXT

encryption

deletion

recovery

compression

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

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

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

The consistency of the backups

The encryption of backup data

The geographic location of the database

The user access levels

Automated disaster recovery testing

Real-time data encryption

Data deduplication

AI-driven operational analytics

Snapshot and replication management

They identify physical storage devices

They provide unique identifiers for storage volumes

They encrypt data at rest

They manage network traffic

Real-time network traffic reports

Detailed backup and restore operation reports

Hardware failure prediction reports

User access and authentication logs

It only allows for offline data snapshot storage

It reduces the frequency of data backups needed

It enables quicker data recovery

It increases the need for manual data verification

Network bandwidth for data transfers

Data encryption during backup

Cost of cloud storage services

Hardware requirements for cloud storage

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

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

False

True

Granular control over user permissions

Automatic encryption of all user data

Simplified user management across different roles

Real-time monitoring of user activities

To manage access control policies

To automate backup and recovery processes

To increase data compression rates

To monitor network traffic

Specifying data backup frequencies

Choosing data encryption methods

Setting data retention periods

Selecting office productivity software

Determining data recovery strategies

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

File-level continuous replication

Disk-level synchronous replication

Object-level snapshots

Sector-level asynchronous replication

Policy-based automation

Real-time file sharing

Data compression

Network traffic monitoring

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.

True

False

Once a year

Every six months

As needed, with no regular schedule

After any significant system updates or changes

The maximum targeted period in which data might be lost from an IT service due to a major incident

The maximum acceptable amount of data loss measured in time

The minimum period needed to recover the data before it's due to be used again

The point in time to which data must be restored after a disaster to resume transaction processing

By facilitating a single control point for all backup needs

By providing cheaper backup solutions

By enforcing manual backup processes

By using older backup technologies

Assigning a static IP address

Installing the software agent

Defining the node type

Selecting the host group

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 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

control

interface

data

service

Data deduplication

Georedundant storage

Automated tiering

Encrypted data transfers

Data encryption

Real-time analytics

Data compression

User authentication

Manages data storage and retrieval

Coordinates and enforces protection policies

Encrypts data before transmission

Monitors network traffic

copies

versions

snapshots

logs

Data Management Layer

Service Layer

Interface Layer

Control Layer