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A company has users in Azure Active Directory (Azure AD). The company enables the users to use Azure AD multi-factor authentication (MFA).
A user named User1 reports they receive the following error while setting up additional security verification settings for MFA:
Sorry! We can't process your request. Your session is invalid or expired. There was an error processing your request because your session is invalid or expired. Please try again.
You need to help the user complete the MFA setup.
What should you do?
this error can occur when there are issues with cookies or cached data in the web browser. To resolve this issue, you can instruct the user to clear their web browser cache and try again.
A company uses Azure Site Recovery (ASR) to replicate and recover Azure virtual machines (VM) between Azure regions.
An administrator receives the following warning from ASR about a VM that uses P10 disks: Data change rate beyond supported limits
You add OS Disk Write Bytes/Sec and Data Disk Write Bytes/Sec to the list of metrics for monitoring. You discover that the VM consistently has a data churn of greater than 8 MB/s but less than 10 MB/s.
You need to resolve the issue.
What should you do?
Azure Site Recovery has limits on data change rates depending on the type of disk used for replication. If a VM has a data change rate higher than the supported limit for its disk type, it can cause replication issues or errors. To resolve this issue, you can upgrade the target storage disk to a higher tier that supports higher data change rates.
A company has an Azure Virtual Network gateway named VNetGW1. The company enables point-to-site connectivity on VNetGW1. An administrator configures VNetGW1 for the following:
OpenVPN for the tunnel type.
Azure certificate for the authentication type.
Users receive a certificate mismatch error when connecting by using a VPN client.
You need to resolve the certificate mismatch error.
What should you do?
A company connects their on-premises network by using Azure VPN Gateway. The on-premises environment includes three VPN devices that separately tunnel to the gateway by using Border Gateway Protocol (BGP).
A new subnet should be unreachable from the on-premises network.
You need to implement a solution.
Solution: Disable peering on the virtual network.
Does the solution meet the goal?
Disabling peering on the virtual network will not prevent the on-premises network from reaching the new subnet. Virtual network peering is a way to connect virtual networks and allows resources in both virtual networks to communicate with each other securely. It does not affect connectivity between on-premises and virtual network resources.
A better solution would be to create a network security group (NSG) and associate it with the new subnet. The NSG can be configured to deny traffic from the on-premises network to the new subnet. This way, the new subnet will be isolated from the on-premises network.
A company has a virtual machine (VM) named VM1 in a virtual network. The company also uses Azure Firewall Standard.
An administrator creates application rules to filter outbound traffic from VM1 and configure fully qualified domain names (FQDN) on the application rules.
The administrator discovers that outbound traffic from VM1 to the FQDNs are not being filtered by the firewall.
You need to resolve the issue with filtering.
What should you do first?
