MCQs on Backup, Recovery, and Monitoring | Azure Files
Mastering Azure Backup, Recovery, and Monitoring is critical for efficient cloud management. This MCQ set explores disaster recovery configuration, data restoration from Azure Files, and monitoring usage, alerts, and logs.
Configuring Backup and Disaster Recovery
- What is the purpose of the Azure Backup service?
A) Encrypting data in transit
B) Creating copies of virtual machines and data for recovery
C) Archiving data for long-term storage
D) Monitoring cloud resources - Which component is required to configure backups for Azure VMs?
A) Azure Site Recovery Vault
B) Recovery Services Vault
C) Backup Manager
D) Azure Data Factory - What type of backup does Azure Backup perform for VMs?
A) Incremental backup
B) Full backup only
C) Differential backup
D) Continuous replication - What is the default retention period for recovery points in Azure Backup?
A) 7 days
B) 30 days
C) 45 days
D) 90 days - Which tool can be used for disaster recovery of Azure VMs?
A) Azure Monitor
B) Azure Migrate
C) Azure Site Recovery
D) Azure Key Vault - What is a primary benefit of using Azure Backup for disaster recovery?
A) It provides near-instant failover for virtual machines
B) It eliminates the need for separate on-premises backup solutions
C) It enables multi-region redundancy
D) It creates snapshots every hour - Which Azure feature is specifically designed for application-level recovery?
A) Azure Blob Backup
B) Azure Files Backup
C) Azure Application Backup
D) Azure Site Recovery - What is the recommended practice for ensuring compliance in disaster recovery?
A) Testing failover scenarios periodically
B) Storing backups in the same region as the primary data
C) Encrypting only critical backup data
D) Limiting backup frequency to reduce costs - Which storage redundancy option is most suitable for disaster recovery?
A) Locally Redundant Storage (LRS)
B) Geo-Redundant Storage (GRS)
C) Zone-Redundant Storage (ZRS)
D) Read-Access Geo-Redundant Storage (RA-GRS) - What is an important step after configuring disaster recovery for Azure VMs?
A) Deleting the primary VM
B) Scheduling regular failover tests
C) Disabling resource locks
D) Updating the Azure subscription
Restoring Data from Azure Files
- What is the first step in restoring data from Azure Files?
A) Accessing the Azure Monitor logs
B) Selecting the recovery point from the backup vault
C) Creating a new file share
D) Configuring CORS settings - Which file protocol is supported for restoring data from Azure Files?
A) FTP
B) NFS
C) SMB
D) HTTP - What is retained during a restore operation from Azure Files Backup?
A) Permissions of the original file share
B) The storage account encryption key
C) Network settings of the storage account
D) Configuration settings of the VM - What can you use to restore Azure Files in case of accidental deletion?
A) Recovery Services Vault
B) File Restore Point
C) Snapshots
D) Azure Key Vault - Which tool is required to enable backup for Azure File shares?
A) Azure File Sync
B) Azure Resource Manager
C) Recovery Services Vault
D) Azure Data Factory - How are incremental backups handled in Azure Files?
A) By only copying changed blocks of data
B) By creating full backups at regular intervals
C) By using synchronous replication
D) By archiving entire file shares - Which feature ensures data consistency during Azure Files restores?
A) Data encryption in transit
B) Application-aware snapshots
C) Managed disk replication
D) Role-based access control (RBAC) - Which step is essential before performing a full restore from Azure Files?
A) Verify the shared access signature (SAS) token
B) Disconnect active file share sessions
C) Archive the file share metadata
D) Resize the storage account - What is a limitation of Azure Files Backup?
A) It does not support geo-redundancy
B) It cannot back up file shares larger than 5 TB
C) It does not retain file permissions
D) It only supports Windows OS environments - What should be configured to prevent data loss in Azure Files?
A) Snapshots and periodic backups
B) Multi-region replication
C) Read-only file shares
D) Key rotation policies
Monitoring Usage, Alerts, and Logs
- What is the main purpose of Azure Monitor?
A) To back up Azure VMs
B) To track and analyze resource performance
C) To manage Azure subscriptions
D) To migrate resources between regions - How can you set up alerts in Azure Monitor?
A) Using PowerShell scripts only
B) Through the Azure Portal or CLI
C) By modifying the storage account keys
D) By creating custom API endpoints - What type of data does Azure Monitor Logs collect?
A) Only real-time metrics
B) Performance, activity, and diagnostic data
C) User access reports
D) Encryption key usage logs - Which language is used for querying logs in Azure Monitor?
A) SQL
B) KQL (Kusto Query Language)
C) Python
D) Bash - What is a key feature of Activity Logs in Azure Monitor?
A) They provide insights into resource creation and deletion activities
B) They track file-level changes in Azure Files
C) They enable advanced data analytics with machine learning
D) They store user login history for one year - How can you monitor Azure Backup jobs in Azure Monitor?
A) By enabling diagnostic settings for the Recovery Services Vault
B) By creating a backup alert policy
C) By exporting logs to Azure Blob Storage
D) By using Azure Advisor - What is the retention period for Azure Monitor Logs by default?
A) 7 days
B) 30 days
C) 90 days
D) 365 days - What type of metric can be monitored in Azure Monitor?
A) Only CPU and memory usage
B) Application performance and error rates
C) Storage account region changes
D) Key rotation events - What is a common use case for setting up alerts in Azure Monitor?
A) To receive notifications for high resource usage
B) To create additional subscriptions
C) To enable disaster recovery protocols
D) To set up automated backups - How does Log Analytics Workspace enhance Azure Monitor functionality?
A) By storing raw diagnostic data
B) By enabling custom alert rules and advanced log queries
C) By automating VM backups
D) By reducing storage costs
Answers
| QNo | Answer (Option with the text) |
|---|---|
| 1 | B) Creating copies of virtual machines and data for recovery |
| 2 | B) Recovery Services Vault |
| 3 | A) Incremental backup |
| 4 | B) 30 days |
| 5 | C) Azure Site Recovery |
| 6 | B) It eliminates the need for separate on-premises backup solutions |
| 7 | D) Azure Site Recovery |
| 8 | A) Testing failover scenarios periodically |
| 9 | B) Geo-Redundant Storage (GRS) |
| 10 | B) Scheduling regular failover tests |
| 11 | B) Selecting the recovery point from the backup vault |
| 12 | C) SMB |
| 13 | A) Permissions of the original file share |
| 14 | C) Snapshots |
| 15 | C) Recovery Services Vault |
| 16 | A) By only copying changed blocks of data |
| 17 | B) Application-aware snapshots |
| 18 | B) Disconnect active file share sessions |
| 19 | A) It does not support geo-redundancy |
| 20 | A) Snapshots and periodic backups |
| 21 | B) To track and analyze resource performance |
| 22 | B) Through the Azure Portal or CLI |
| 23 | B) Performance, activity, and diagnostic data |
| 24 | B) KQL (Kusto Query Language) |
| 25 | A) They provide insights into resource creation and deletion activities |
| 26 | A) By enabling diagnostic settings for the Recovery Services Vault |
| 27 | C) 90 days |
| 28 | B) Application performance and error rates |
| 29 | A) To receive notifications for high resource usage |
| 30 | B) By enabling custom alert rules and advanced log queries |