HQT-6711 Hitachi Ops Center Protection Questions and Answers

It only supports manual snapshot management.

It enables policy-based management of snapshots and replication tasks.

It restricts snapshot creation to non-critical operations hours.

It offers continuous data protection without the need for snapshots.

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

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

control

interface

data

service

snapshot

replication

encryption

compression

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

Data deduplication

Georedundant storage

Automated tiering

Encrypted data transfers

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.

restricted

defined

encrypted

logged

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

Creating and managing backup policies

Encrypting all data at rest

Retrieving system logs

Monitoring real-time network traffic

encrypting

linking

synchronizing

auditing

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

It simplifies the management of physical VMware ESXi servers.

It enhances the automation of snapshot and replication processes.

It provides better security for data at rest.

It allows for the direct modification of virtual machine files.

False

True

Google Cloud Storage

Amazon S3

Microsoft Azure Blob Storage

IBM Cloud Object Storage

XML

JSON

CSV

TXT

The maximum allowable downtime after which the consequences of a disruption become unacceptable

The total duration of time within which a business process must be restored after a disaster to avoid unacceptable consequences

The time it takes for recovery operations to be completed after a notification

The time to repair or replace damaged data infrastructure components

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

False

True

Once a year

Every six months

As needed, with no regular schedule

After any significant system updates or changes

time

data

bandwidth

storage

Hitachi Universal Replicator

Hitachi ShadowImage

Hitachi Thin Image

Hitachi TrueCopy

False

True

User activity logs

System performance metrics

Configuration changes

Physical component status

Assigning a static IP address

Installing the software agent

Defining the node type

Selecting the host group

Enhancing data processing speeds

Protecting data privacy

Ensuring data availability

Improving physical security

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

It allows for immediate restoration of operational systems

It supports the archiving of older backups to S3 Glacier

It facilitates the synchronization of data across multiple S3 regions

It reduces the necessity for on-premise backup infrastructures

Log shipping

Oracle Data Guard

Flashback technology

RMAN scripts

Continuous data mirroring

Policy-based automated backup

Real-time query optimization

Network traffic encryption

nodes

repositories

schedules

policies

Automated policy management for backups

Real-time data deduplication

Integration with cloud-based storage solutions

Integration with cloud-based storage solutions

automation

simplification

reduction

logging

Data Management Layer

Service Layer

Interface Layer

Control Layer

True

False

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

Prioritizing data flows based on data sensitivity

Establishing clear data flow paths

Assigning roles and responsibilities manually

Implementing strict access controls at every node

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

Real-time data mirroring

Point-in-time restores using Oracle Flashback

Incremental merging with existing backups

Automated restoration of RMAN backups

SSL/TLS encryption

API keys

VPN tunnels

IP whitelisting

It prevents unauthorized data access

It enhances data processing speeds

It simplifies data recovery processes

It minimizes potential bottlenecks in data transfer

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

Scalability of backup storage

Enhanced data compression during transfers

Integration with existing on-premises backup policies

Real-time data analytics