HQT-6711 Hitachi Ops Center Protection Questions and Answers

Scalability of backup storage

Enhanced data compression during transfers

Integration with existing on-premises backup policies

Real-time data analytics

File-level continuous replication

Disk-level synchronous replication

Object-level snapshots

Sector-level asynchronous replication

True

False

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

User activity logs

System performance metrics

Configuration changes

Physical component status

XML

JSON

CSV

TXT

POST

GET

DELETE

PUT

It prevents unauthorized data access

It enhances data processing speeds

It simplifies data recovery processes

It minimizes potential bottlenecks in data transfer

High network bandwidth

Compatibility between storage systems

Periodic testing of write operations

Robust encryption practices

Granular control over user permissions

Automatic encryption of all user data

Simplified user management across different roles

Real-time monitoring of user activities

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By using a singular, outdated backup protocol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

To manage access control policies

To automate backup and recovery processes

To increase data compression rates

To monitor network traffic

Assigning a static IP address

Installing the software agent

Defining the node type

Selecting the host group

Creating and managing backup policies

Encrypting all data at rest

Retrieving system logs

Monitoring real-time network traffic

Data replication

Performance monitoring

Data encryption

User access control

Automatic failover to backup nodes

Manual switch to secondary systems

Periodic data integrity checks

User-initiated data restoration processes

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

encrypting

linking

synchronizing

auditing

To ensure data is used ethically

To prevent unauthorized data modification

To secure data against loss or corruption

To increase data transparency

To encrypt data in transit

To manage snapshot and replication tasks for files

To increase storage capacity

To monitor file access logs

Integrating with cloud storage solutions

Enabling real-time synchronization

Regularly testing backup integrity

Increasing the compression of backup files

Exporting configuration settings

Backing up all associated storage volumes

Storing backup data on a separate server

Ensuring RBAC settings are included in the backup

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

False

True

Data encryption levels

User access permissions

Audit log settings

Notification preferences

Automated disaster recovery testing

Real-time data encryption

Data deduplication

AI-driven operational analytics

Snapshot and replication management

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.

Reduces the physical space required for data storage

Allows for rapid scaling up or scaling down based on needs

Makes the system completely autonomous

Eliminates the need for data encryption

The consistency of the backups

The encryption of backup data

The geographic location of the database

The user access levels

To replicate data in real-time across multiple locations

To compress data during transmission

To encrypt data before replication

To archive data for long-term storage

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

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

Increased network bandwidth

Automated backup and recovery of virtual machines

Enhanced physical storage capacity

Real-time monitoring of all network traffic

Devices must support software-defined networking

Devices must have non-volatile memory express (NVMe)

Devices must be from the same manufacturer

Devices must support synchronous and asynchronous replication

False

True

False

True

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

Detecting potential issues in real-time

Reducing the need for data encryption

Ensuring compliance with data protection policies

Increasing data replication speed

200 OK

201 Created

400 Bad Request

500 Internal Server Error

To allow manual configuration of the Ops Center Protector

To enable integration with third-party applications and services

To increase the security of data transmissions

To provide a graphical interface for data protection tasks

Data Lifecycle Management

Data Encryption

Data Quality

Data Redundancy

Data Minimization

comprehensive

restricted

manual

decentralized

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

automation

simplification

reduction

logging

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