HQT-6711 Hitachi Ops Center Protection Questions and Answers

Creating and managing backup policies

Encrypting all data at rest

Retrieving system logs

Monitoring real-time network traffic

File-level continuous replication

Disk-level synchronous replication

Object-level snapshots

Sector-level asynchronous replication

Automated disaster recovery testing

Real-time data encryption

Data deduplication

AI-driven operational analytics

Snapshot and replication management

Hitachi Universal Replicator

Hitachi ShadowImage

Hitachi Thin Image

Hitachi TrueCopy

They eliminate the need for data encryption

They provide real-time problem detection and notification

They reduce the workload on data management teams

They increase the complexity of the IT infrastructure

True

False

Enhancing data processing speeds

Protecting data privacy

Ensuring data availability

Improving physical security

Data retention periods

Data encryption methods

User interface design

System firmware version

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

Policies should comply with legal requirements

Policies should allow for indefinite data retention

Policies should ensure data is accessible indefinitely

Policies should specify conditions under which data is to be deleted or archived

Data restoration and backup only

User interaction and communication management

Physical hardware integration only

Direct data manipulation and processing

Integrating with cloud storage solutions

Enabling real-time synchronization

Regularly testing backup integrity

Increasing the compression of backup files

Manual copy to external storage daily

Use of third-party backup solutions

Automated, scheduled backups within the software

On-demand backups before major changes

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By using a singular, outdated backup protocol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

False

True

Automated policy management for backups

Real-time data deduplication

Integration with cloud-based storage solutions

Integration with cloud-based storage solutions

XML

JSON

CSV

TXT

Scalability of backup storage

Enhanced data compression during transfers

Integration with existing on-premises backup policies

Real-time data analytics

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

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

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

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

False

True

By implementing error handling and rollback mechanisms

By making synchronous API calls

By using the same API key for all requests

By limiting the rate of API calls

To manage access control policies

To automate backup and recovery processes

To increase data compression rates

To monitor network traffic

encrypting

linking

synchronizing

auditing

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

To delete a backup job

To retrieve the current status of a node

To create a new backup policy

To update the configuration of an existing backup job

Once a year

Every six months

As needed, with no regular schedule

After any significant system updates or changes

Prioritizing data flows based on data sensitivity

Establishing clear data flow paths

Assigning roles and responsibilities manually

Implementing strict access controls at every node

encryption

deletion

recovery

compression

Recipients of the notifications

Time when notifications should be sent

Conditions that trigger notifications

Color of the notification messages

Methods of notification (email, SMS, etc.)

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

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

True

False

automation

simplification

reduction

logging

Real-time data mirroring

Point-in-time restores using Oracle Flashback

Incremental merging with existing backups

Automated restoration of RMAN backups

Integration with third-party applications

Real-time network monitoring

Automation of routine tasks

Improved user authentication

Trends over time, such as resource usage and availability

Only data from the last 24 hours

Basic system status updates

Personalized user access logs

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

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.

control

interface

data

service

Automatic failover to backup nodes

Manual switch to secondary systems

Periodic data integrity checks

User-initiated data restoration processes