A.  

It only supports manual snapshot management.

B.  

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

C.  

It restricts snapshot creation to non-critical operations hours.

D.  

It offers continuous data protection without the need for snapshots.

A.  

Real-time network traffic reports

B.  

Detailed backup and restore operation reports

C.  

Hardware failure prediction reports

D.  

User access and authentication logs

A.  

By storing backups exclusively in S3 Glacier

B.  

By using S3 as a primary data storage location

C.  

By leveraging S3 to optimize data recovery point objectives (RPO)

D.  

By integrating S3 into hybrid backup solutions

A.  

It ensures data storage exclusively in public clouds.

B.  

It leverages deduplication to reduce storage needs.

C.  

It integrates physical and virtual backup solutions.

D.  

It confines data backups to on-premises locations.

A.  

An architecture that consolidates backup and recovery processes across multiple environments

B.  

A technology that exclusively supports on-premises data protection

C.  

A feature that provides network security for backup data

D.  

A software tool used for encrypting backup data

A.  

Continuous data mirroring

B.  

Policy-based automated backup

C.  

Real-time query optimization

D.  

Network traffic encryption

A.  

Real-time data mirroring

B.  

Point-in-time restores using Oracle Flashback

C.  

Incremental merging with existing backups

D.  

Automated restoration of RMAN backups

A.  

It limits data replication to once every 24 hours.

B.  

It offers continuous data protection.

C.  

It only supports manual snapshot management.

D.  

It enables automated compliance checks.

A.  

Data replication

B.  

Performance monitoring

C.  

Data encryption

D.  

User access control

A.  

Automated disaster recovery testing

B.  

Real-time data encryption

C.  

Data deduplication

D.  

AI-driven operational analytics

E.  

Snapshot and replication management

A.  

Google Cloud Storage

B.  

Amazon S3

C.  

Microsoft Azure Blob Storage

D.  

IBM Cloud Object Storage

A.  

Defining the backup schedule

B.  

Configuring the network settings

C.  

Specifying the recovery objectives

D.  

Enabling data compression

A.  

A location where historical data versions are stored

B.  

A tool for generating encryption keys

C.  

A method for monitoring system performance

D.  

A cache for temporary data storage

A.  

Data encryption levels

B.  

User access permissions

C.  

Audit log settings

D.  

Notification preferences

A.  

The request was incorrect and nothing was updated.

B.  

The policy was successfully updated but there is no content in the response.

C.  

The policy update request created a new policy instead.

D.  

There was a server error while processing the request.

A.  

Resolving user access issues

B.  

Troubleshooting system malfunctions

C.  

Predicting future system failures

D.  

Enhancing data security measures

E.  

Optimizing system configuration

A.  

Increased network bandwidth

B.  

Automated backup and recovery of virtual machines

C.  

Enhanced physical storage capacity

D.  

Real-time monitoring of all network traffic

A.  

Reduced need for local storage

B.  

Increased data transfer speeds

C.  

Simplified compliance with data sovereignty

D.  

Enhanced data replication options

A.  

It only allows for offline data snapshot storage

B.  

It reduces the frequency of data backups needed

C.  

It enables quicker data recovery

D.  

It increases the need for manual data verification

A.  

time

B.  

data

C.  

bandwidth

D.  

storage

A.  

It allows for the discontinuation of all local backups.

B.  

It simplifies backup architecture by centralizing control.

C.  

It reduces the reliance on encryption for data security.

D.  

It mandates the use of a single cloud provider.

A.  

False

B.  

True

A.  

False

B.  

True

A.  

It reduces the complexity of managing individual file backups

B.  

It increases the speed of data transfers

C.  

It eliminates the need for encryption

D.  

It allows for direct manipulation of file metadata

A.  

Assigning the node to a resource pool

B.  

Installing VMware Tools on the virtual machine

C.  

Defining the VM group in the Ops Center

D.  

Selecting the appropriate datastore for snapshots

A.  

By implementing error handling and rollback mechanisms

B.  

By making synchronous API calls

C.  

By using the same API key for all requests

D.  

By limiting the rate of API calls

A.  

It allows for immediate restoration of operational systems

B.  

It supports the archiving of older backups to S3 Glacier

C.  

It facilitates the synchronization of data across multiple S3 regions

D.  

It reduces the necessity for on-premise backup infrastructures

A.  

Automated policy management for backups

B.  

Real-time data deduplication

C.  

Integration with cloud-based storage solutions

D.  

Integration with cloud-based storage solutions

A.  

To allow manual configuration of the Ops Center Protector

B.  

To enable integration with third-party applications and services

C.  

To increase the security of data transmissions

D.  

To provide a graphical interface for data protection tasks

A.  

The impact of downtime on business operations

B.  

The cost of implementing recovery solutions

C.  

The encryption methods used

D.  

The storage capacity available

A.  

By allowing administrators to create custom backup schedules

B.  

By compressing data before storing it

C.  

By providing real-time data deduplication

D.  

By monitoring network traffic for anomalies

A.  

Configuring asynchronous replication to secondary storage

B.  

Establishing direct NFS access between Oracle servers and the Protector

C.  

Setting RMAN backup policies within the Ops Center

D.  

Disabling Oracle's native encryption features

A.  

Exclusive reliance on external backup solutions

B.  

Custom scripting for each application environment

C.  

Unified policy management for both types of environments

D.  

Separate, unrelated data management strategies for each platform

A.  

Separation of hardware and software backup solutions

B.  

Integration of backup solutions across disparate platforms

C.  

Use of a single backup technology

D.  

Exclusive use of physical backup methods

A.  

Defining the replication policy

B.  

Creating the necessary nodes

C.  

Configuring data encryption

D.  

Allocating storage space

A.  

Once a year

B.  

Every six months

C.  

As needed, with no regular schedule

D.  

After any significant system updates or changes

A.  

By automatically updating firmware on storage devices

B.  

By scheduling replication and snapshot tasks based on business needs

C.  

By reducing the physical size of data storage units

D.  

By eliminating the need for network connectivity

A.  

Ensuring all data is stored in a single location for simplicity

B.  

Utilizing a single type of data replication technique

C.  

Understanding the specific data types and associated risks

D.  

Avoiding the use of snapshots due to their high cost

A.  

Enhances system scalability and flexibility

B.  

Limits the system’s ability to recover from failures

C.  

Decreases overall system performance

D.  

Increases operational costs

A.  

To ensure data is used ethically

B.  

To prevent unauthorized data modification

C.  

To secure data against loss or corruption

D.  

To increase data transparency

A.  

copies

B.  

versions

C.  

snapshots

D.  

logs

A.  

They allow for the recovery of older file versions

B.  

They reduce the need for data encryption

C.  

They compress files for storage efficiency

D.  

They provide a backup of historical data

A.  

Granular control over user permissions

B.  

Automatic encryption of all user data

C.  

Simplified user management across different roles

D.  

Real-time monitoring of user activities

A.  

They provide a historical record of data usage

B.  

They enable faster data recovery by capturing file system states

C.  

They serve as the primary source for data backups

D.  

They increase the capacity of storage arrays

A.  

Trends over time, such as resource usage and availability

B.  

Only data from the last 24 hours

C.  

Basic system status updates

D.  

Personalized user access logs

A.  

To restrict system access based on user roles

B.  

To monitor user activities and operations

C.  

To enhance network security protocols

D.  

To manage hardware configurations

A.  

System logs and error messages

B.  

Network traffic data

C.  

Performance metrics for backup operations

D.  

User activity logs

A.  

To identify unique network paths

B.  

To manage data deduplication settings

C.  

To provide identifiers for physical storage

D.  

To encrypt data at the storage level