HQT-6711 Hitachi Ops Center Protection Question and Answers

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

Through automated, policy-driven data streams

By manually copying VM data to backup storage

Using third-party plugins exclusively

By requiring administrator intervention for each data transfer

XML

JSON

CSV

TXT

assign a static IP address

select the host group

define the node type

install the software agent

Real-time file sharing

High-speed data deduplication

Automated snapshot and replication management

Continuous data format conversion

Data restoration and backup only

User interaction and communication management

Physical hardware integration only

Direct data manipulation and processing

Policy-based automation

Real-time file sharing

Data compression

Network traffic monitoring

Manual copy to external storage daily

Use of third-party backup solutions

Automated, scheduled backups within the software

On-demand backups before major 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

True

False

Assigning a static IP address

Installing the software agent

Defining the node type

Selecting the host group

asynchronously continuous

synchronously immediate

periodically scheduled

manually triggered

False

True

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

Automatic failover to backup nodes

Manual switch to secondary systems

Periodic data integrity checks

User-initiated data restoration processes

High network bandwidth

Compatibility between storage systems

Periodic testing of write operations

Robust encryption practices

Data deduplication

Georedundant storage

Automated tiering

Encrypted data transfers

automation

simplification

reduction

logging

snapshot

replication

encryption

compression

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

To restrict system access based on user roles

To monitor user activities and operations

To enhance network security protocols

To manage hardware configurations

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

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

Increased network bandwidth

Automated backup and recovery of virtual machines

Enhanced physical storage capacity

Real-time monitoring of all network traffic

The unnecessary repetition of data within a database

The inclusion of extra data that allows for the correction of errors in stored or transmitted data

Storing multiple copies of data in different locations to prevent data loss

Using redundant data centers to manage data lifecycle

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

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

False

True

200 OK

201 Created

400 Bad Request

500 Internal Server Error

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

Continuous data mirroring

Policy-based automated backup

Real-time query optimization

Network traffic encryption

It prevents unauthorized data access

It enhances data processing speeds

It simplifies data recovery processes

It minimizes potential bottlenecks in data transfer

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.

Manages data storage and retrieval

Coordinates and enforces protection policies

Encrypts data before transmission

Monitors network traffic

Granular control over user permissions

Automatic encryption of all user data

Simplified user management across different roles

Real-time monitoring of user activities

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

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

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

Real-time transaction logging

Automated virtual machine snapshots

Physical server monitoring

Application-level firewall protection

comprehensive

restricted

manual

decentralized

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

Real-time network traffic reports

Detailed backup and restore operation reports

Hardware failure prediction reports

User access and authentication logs

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

A location where historical data versions are stored

A tool for generating encryption keys

A method for monitoring system performance

A cache for temporary data storage

It only captures incremental changes since the last full backup.

It frequently captures complete copies of data sets.

It automatically tests snapshots for integrity on a scheduled basis.

It can replicate snapshots to multiple locations for robust data protection.