Microsoft Azure Administrator (AZ-104日本語版) - AZ-104日本語 FREE EXAM DUMPS QUESTIONS & ANSWERS

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Explanation:
Box 1: Remove the public IP address from VM1
If the Public IP on VM1 is set to Dynamic, that means it is a Public IP with Basic SKU because Public IPs with Standard SKU have Static assignments by default, that cannot be changed. We cannot associate Basic SKUs IPs with Standard SKUs LBs. One cannot create a backend SLB pool if the VM to be associated has a Public IP. For Private IP it doesn ' t matter weather it is dynamic or static, still we can add the such VM into the SLB backend pool.
Box 2: Create and configure an NSG
Standard Load Balancer is built on the zero trust network security model at its core. Standard Load Balancer secure by default and is part of your virtual network. The virtual network is a private and isolated network.
This means Standard Load Balancers and Standard Public IP addresses are closed to inbound flows unless opened by Network Security Groups. NSGs are used to explicitly permit allowed traffic. If you do not have an NSG on a subnet or NIC of your virtual machine resource, traffic is not allowed to reach this resource. To learn more about NSGs and how to apply them for your scenario, see Network Security Groups. Basic Load Balancer is open to the internet by default.

Reference:
https://docs.microsoft.com/en-us/azure/load-balancer/quickstart-load-balancer-standard-public-portal
https://docs.microsoft.com/en-us/azure/load-balancer/load-balancer-overview

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Explanation:

Azure provides resource locks to prevent accidental changes or deletion of critical resources. This is a core governance feature covered in the Microsoft Azure Administrator (AZ-104) study materials under resource management and protection.
To prevent administrators from inadvertently modifying resources in a resource group, you must apply a ReadOnly lock at the resource group scope. A ReadOnly lock allows users to view resources but blocks any modification or deletion, even for users with high privileges, unless the lock is first removed.
There are two primary lock levels in Azure:
ReadOnly - Users can read resources but cannot modify or delete them.
CanNotDelete (Delete) - Users can modify resources but cannot delete them.
Since the requirement is to prevent modification, the correct lock level is ReadOnly, not DeleteResources or CanNotDelete.
From Microsoft Azure Administrator documentation:
"A ReadOnly lock prevents users from making changes to a resource. Authorized users can still remove the lock if needed." To create this lock using PowerShell, the correct cmdlet is New-AzResourceLock, which is used to create management locks at the subscription, resource group, or resource level.
Applying the lock to RG1 ensures all resources within the group inherit the protection, meeting the requirement with minimal administrative effort.
Correct PowerShell Command (Conceptual Form)
New-AzResourceLock `
-LockName LockGroup `
-LockLevel ReadOnly `
-ResourceGroupName RG1
Final Hotspot Selections
Cmdlet: New-AzResourceLock
LockName: LockGroup
LockLevel: ReadOnly
ResourceGroupName: RG1

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Explanation:
Storage accounts: # storage3 only
Log Analytics workspaces: # Analytics3 only
In Azure, Backup Reports use Azure Monitor diagnostic settings to export data from a Recovery Services vault (RSV) to either:
A storage account, or
A Log Analytics workspace.
However, region alignment is a mandatory requirement for both targets. The diagnostic destination (Storage or Log Analytics) must be in the same Azure region as the Recovery Services vault.
1## Recovery Services Vault Location:
From the given table:
Vault1 # Location: West Europe
Therefore, both the storage account and Log Analytics workspace must also be in West Europe.
2## Eligible Storage Accounts:
From the listed resources:
storage1: East US # # (Different region)
storage2: West US # # (Different region)
storage3: West Europe # # (Same region as Vault1)
## Valid Storage Account: storage3 only
3## Eligible Log Analytics Workspaces:
From the listed resources:
Analytics1: East US # # (Different region)
Analytics2: West US # # (Different region)
Analytics3: West Europe # # (Same region as Vault1)
## Valid Log Analytics Workspace: Analytics3 only
4## Microsoft Official Documentation Extract (Azure Administrator Study Guide - Implement and Manage Storage, and Azure Docs):
"For Backup Reports, the destination Log Analytics workspace or storage account must be in the same Azure region as the Recovery Services vault.
Cross-region configuration is not supported for diagnostic settings of Azure Backup vaults." (Reference: Azure Backup documentation - Configure reports for Azure Backup; Azure Monitor Diagnostic Settings Overview) This ensures that diagnostic data generated by the vault is securely and efficiently stored within the same geographic boundary, maintaining compliance and reducing latency.

Explanation:

This question focuses on establishing a Remote Desktop (RDP) connection to a virtual machine (VM) through Azure Bastion using the native RDP client (mstsc.exe) from your local device.
Let's break down each step according to Microsoft's official Azure Bastion documentation.
Step 1: Upgrade Bastion1 to the Standard SKU
The Basic SKU of Azure Bastion supports only browser-based connections (via Azure Portal).
To use Native Client (RDP/SSH) support, you must use the Standard SKU.
The Standard SKU introduces advanced features like:
Native Client support (RDP/SSH via Azure CLI or PowerShell)
Kerberos Authentication
Custom port support
Scale-out for concurrent sessions.
# Therefore, before using the Azure CLI to initiate an RDP session, you must upgrade Bastion1 to the Standard SKU.
Step 2: From Bastion1, select Native Client Support
After upgrading to the Standard SKU, you must enable Native Client Support for Bastion1.
This option allows Azure Bastion to forward RDP/SSH connections using the native client (mstsc.exe) instead of the browser interface.
Once enabled, you can connect to the VM using your local Remote Desktop client over a secure Bastion connection.
# Enabling Native Client Support is mandatory before running Azure CLI commands to start the connection.
Step 3: From Azure CLI on Device1, run az network bastion rdp
Once Native Client Support is enabled, you can establish the RDP session directly using the Azure CLI command:
az network bastion rdp \
--name < BastionName > \
--resource-group < ResourceGroupName > \
--target-resource-id < VMResourceID >
This command launches the RDP client (mstsc.exe) locally on Device1 and securely tunnels the session through Bastion1 using Azure's internal backbone network-no public IP needed.
# This is the final step that establishes the RDP connection from your local Windows 11 device to the Azure VM.
Incorrect Options Explained:
# From Bastion1, enable Kerberos authentication: Optional feature, not required for standard RDP access.
# From VM1, enable Just-in-Time (JIT) access: Used for security hardening in Defender for Cloud, not required for Bastion RDP.
# On Device1, run mstsc.exe: You don't manually run mstsc.exe; the Azure CLI command automatically launches it.
# Final Verified Answer (in correct order):
Step
Action
1
Upgrade Bastion1 to the Standard SKU
2
From Bastion1, select Native Client Support
3
From Azure CLI on Device1, run az network bastion rdp
Microsoft Documentation Reference:
Microsoft Learn # Use Azure Bastion with a native client (RDP/SSH)
Microsoft Learn # Azure Bastion Standard SKU features overview
Microsoft Learn # Connect to a VM using Azure Bastion and Azure CLI
These documents confirm that Native Client support is only available in Azure Bastion Standard SKU, and the az network bastion rdp command is used to launch the RDP session via the native client.