Hitachi HQT-6711 Hitachi Ops Center Protection Exam Practice Test

SSL/TLS encryption

API keys

VPN tunnels

IP whitelisting

Real-time analytics of backup activities

On-the-fly data encryption

High availability configurations

Multi-cloud management interfaces

Exclusive reliance on external backup solutions

Custom scripting for each application environment

Unified policy management for both types of environments

Separate, unrelated data management strategies for each platform

It isolates network traffic to enhance performance

It encrypts data passing through the network

It provides a backup power source

It manages user permissions and access

Data encryption levels

User access permissions

Audit log settings

Notification preferences

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

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.)

Network bandwidth for data transfers

Data encryption during backup

Cost of cloud storage services

Hardware requirements for cloud storage

asynchronously continuous

synchronously immediate

periodically scheduled

manually triggered

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.

snapshot

replication

encryption

compression

To manage access control policies

To automate backup and recovery processes

To increase data compression rates

To monitor network traffic

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By using a singular, outdated backup protocol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

assign a static IP address

select the host group

define the node type

install the software agent

Resolving user access issues

Troubleshooting system malfunctions

Predicting future system failures

Enhancing data security measures

Optimizing system configuration

False

True

Real-time network traffic reports

Detailed backup and restore operation reports

Hardware failure prediction reports

User access and authentication logs

nodes

repositories

schedules

policies

Once a year

Every six months

As needed, with no regular schedule

After any significant system updates or changes

Automated disaster recovery testing

Real-time data encryption

Data deduplication

AI-driven operational analytics

Snapshot and replication management

Defining the backup schedule

Configuring the network settings

Specifying the recovery objectives

Enabling data compression

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

Data encryption

Real-time analytics

Data compression

User authentication

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 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

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

Automated snapshot management

Real-time file locking

Synchronous replication

User access control

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.

restricted

defined

encrypted

logged

To encrypt data in transit

To manage snapshot and replication tasks for files

To increase storage capacity

To monitor file access logs

To restrict system access based on user roles

To monitor user activities and operations

To enhance network security protocols

To manage hardware configurations

comprehensive

restricted

manual

decentralized

Automated policy enforcement

Snapshot management

Data encryption

Real-time replication

Data retention periods

Data encryption methods

User interface design

System firmware version

User activity logs

System performance metrics

Configuration changes

Physical component status

Encryption of backup data

Physical security of backup servers

Regular updates to backup protocols

Multifactor authentication for backup access

Data Lifecycle Management

Data Encryption

Data Quality

Data Redundancy

Data Minimization

Data sovereignty compliance

Backup data write/read speeds

Physical security of backup storage

Energy efficiency of data centers

Integration with third-party applications

Real-time network monitoring

Automation of routine tasks

Improved user authentication

Real-time transaction logging

Automated virtual machine snapshots

Physical server monitoring

Application-level firewall protection

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

Automatic failover to backup nodes

Manual switch to secondary systems

Periodic data integrity checks

User-initiated data restoration processes

control

interface

data

service

Granular control over user permissions

Automatic encryption of all user data

Simplified user management across different roles

Real-time monitoring of user activities

Prioritizing data flows based on data sensitivity

Establishing clear data flow paths

Assigning roles and responsibilities manually

Implementing strict access controls at every node

Continuous data mirroring

Policy-based automated backup

Real-time query optimization

Network traffic encryption

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

encryption

deletion

recovery

compression