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No.# the anwser is correct only there is an another variation for this question where second question instead pof Vm1 its VM2, then the answer is No!
sam rocks - Mar 28, 2024
No.# A-3 subnets for: subnet1 for the 3+1 VM, subnet2 as per requirements, GatewaySubnet for VPN B-Two service endpoints for keyvault and DB1, VNET1 conection can use peering
sam rocks - Mar 26, 2024
No.# Box 1: Yes - NVA1 with IP (NVA-network virtual appliance) 192.168.0.4 is on the DMZ subnet. It will use route 10.0.0.0/16 to the on-premises network.
Box 2: No - VM2 has IP address 192.168.2.4 and is on the BackEnd subnet. VM2 will not use the RT1 route table, and will not reach the on-premises network through NVA1.
Box 3: Yes - VM1 with IP address 192.168.1.4 is on the FrontEnd subnet, and will use the RT1 routing table. It will use Route2 and Next Hop IP address 192.168.0.4, IP address of NVA1, to reach VM2.
sam rocks - Mar 26, 2024
No.# "If you have a virtual network that has only one virtual network gateway (let's say, Site-to-Site VPN gateway) and you want to add another gateway of a different type (let's say, ExpressRoute gateway), "
Another gateway of a different type. Two total
sam rocks - Mar 26, 2024
No.# To determine where you can deploy the Azure Firewall named AF1, you need to consider the following:
Azure Firewall can be deployed only in the virtual network in which it's going to filter traffic. Azure Firewall can be deployed only within the same region as the virtual network. Given the scenario, where AF1 is planned to be deployed to RG1 in the West US region, it can only be deployed to virtual networks within the same region (West US) and under the same resource group (RG1).
So, the correct answer is:
E. Vnet1
sam rocks - Mar 26, 2024
No.# Box 1: Yes - The firewall allows VNet1\Subnet1 through the service endpoint.
Box 2: No - The firewall does not allow VNet1\Subnet2 through the service endpoint.
Box 3: No - The firewall allows 132.124.53.0/26 which means it allows all IP addresses between 132.124.53.0 and 132.124.53.63. The public IP of VM3 is 132.124.53.76 which is outside the allowed range.
sam rocks - Mar 26, 2024
No.# The name registered in Azure DNS for the private endpoint of App1 would be:
A. app1.privatelink.azurewebsites.net
This naming convention is typically used for private endpoints in Azure, where the endpoint is registered under the privatelink.azurewebsites.net domain.
No.# The resource that requires IP addresses in the subnets within Azure virtual networks is not Azure Virtual Network NAT instances. Instead, the resource that necessitates IP addresses in the subnets is Azure Virtual Network NAT Gateway. This distinction is important as the NAT Gateway provides outbound connectivity for virtual networks in Azure by translating private IP addresses to public IP addresses.
My vote goes for Service Endpoints and pvt end points.
1) NAT gateway can provide outbound connectivity for virtual machines from other availability zones different from itself. The virtual machine’s subnet needs to be configured to the NAT gateway resource to provide outbound connectivity. Additionally, multiple subnets can be configured to the same NAT gateway resource.
While virtual machines in subnets from different availability zones can all be configured to a single zonal NAT gateway resource, this configuration doesn't provide the most effective method for ensuring zone-resiliency against zonal outages.
2) Subnet2 is not configured with NatGateway, refer exhibit 1, Nat Gateway is associated with only 1 subet. In exhibit 2 it shows that Subnet 1 is associated with that Nat Gateway.
3) In exhibit 1 it shows that NAT Gateway is configured with Public IP Prefix, and outbound connection can use any Public from that prefix. It is NOT neccessary to use same (one) Public IP.
sam rocks - Mar 25, 2024
No.# i think: To meet the requirements of ensuring that a failure of two zones does not affect the availability of either App1 or App2, and that outbound connectivity is maintained for both applications, the minimum number of subnets and Virtual Network NAT instances required would be as follows: Minimum number of subnets: 6 (3 subnets in Vnet1 + 3 subnets in Vnet2) Minimum number of Virtual Network NAT instances: 6 (1 NAT instance per subnet to ensure outbound connectivity for each application) Therefore, the correct options to select are:
Minimum number of subnets: 6 Min number of Virtual Network NAT instances: 6
sam rocks - Mar 25, 2024
No.# Step 1: Deploy an Azure Load Balancer in front of the application server Configure your application to run behind a standard load balancer in your virtual network. Step 2: In Subscription 1, create a private link service and attach the service to the frontend IP configuration of the load balancer. Create a Private Link Service referencing the load balancer above. Step 3: In Subscription 2, create a private endpoint by using the private link service. Private Link service can be accessed from approved private endpoints in any public region. The private endpoint can be reached from the same virtual network, regionally peered VNets, globally peered VNets and on premises using private VPN or ExpressRoute connections.
Step 4: In Subscription1, accept the private endpoint connection request. Network connections can be initiated only by clients that are connecting to the private endpoint.
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No.# answer is NO
No.# the anwser is correct only there is an another variation for this question where second question instead pof Vm1 its VM2, then the answer is No!
No.# A-3 subnets for: subnet1 for the 3+1 VM, subnet2 as per requirements, GatewaySubnet for VPN
B-Two service endpoints for keyvault and DB1, VNET1 conection can use peering
No.# Box 1: Yes -
NVA1 with IP (NVA-network virtual appliance) 192.168.0.4 is on the DMZ subnet. It will use route 10.0.0.0/16 to the on-premises network.
Box 2: No -
VM2 has IP address 192.168.2.4 and is on the BackEnd subnet. VM2 will not use the RT1 route table, and will not reach the on-premises network through NVA1.
Box 3: Yes -
VM1 with IP address 192.168.1.4 is on the FrontEnd subnet, and will use the RT1 routing table. It will use Route2 and Next Hop IP address 192.168.0.4, IP address of NVA1, to reach VM2.
No.# "If you have a virtual network that has only one virtual network gateway (let's say, Site-to-Site VPN gateway) and you want to add another gateway of a different type (let's say, ExpressRoute gateway), "
Another gateway of a different type. Two total
No.# To determine where you can deploy the Azure Firewall named AF1, you need to consider the following:
Azure Firewall can be deployed only in the virtual network in which it's going to filter traffic.
Azure Firewall can be deployed only within the same region as the virtual network.
Given the scenario, where AF1 is planned to be deployed to RG1 in the West US region, it can only be deployed to virtual networks within the same region (West US) and under the same resource group (RG1).
So, the correct answer is:
E. Vnet1
No.# Box 1: Yes -
The firewall allows VNet1\Subnet1 through the service endpoint.
Box 2: No -
The firewall does not allow VNet1\Subnet2 through the service endpoint.
Box 3: No -
The firewall allows 132.124.53.0/26 which means it allows all IP addresses between 132.124.53.0 and 132.124.53.63. The public IP of VM3 is 132.124.53.76 which is outside the allowed range.
No.# The name registered in Azure DNS for the private endpoint of App1 would be:
A. app1.privatelink.azurewebsites.net
This naming convention is typically used for private endpoints in Azure, where the endpoint is registered under the privatelink.azurewebsites.net domain.
No.# Y,N,Y, seems good.
https://learn.microsoft.com/en-us/azure/private-link/create-private-link-service-portal
https://learn.microsoft.com/en-us/azure/private-link/private-link-overview
No.# The resource that requires IP addresses in the subnets within Azure virtual networks is not Azure Virtual Network NAT instances. Instead, the resource that necessitates IP addresses in the subnets is Azure Virtual Network NAT Gateway. This distinction is important as the NAT Gateway provides outbound connectivity for virtual networks in Azure by translating private IP addresses to public IP addresses.
My vote goes for Service Endpoints and pvt end points.
No.# Correct Answer: - YNN
1) NAT gateway can provide outbound connectivity for virtual machines from other availability zones different from itself. The virtual machine’s subnet needs to be configured to the NAT gateway resource to provide outbound connectivity. Additionally, multiple subnets can be configured to the same NAT gateway resource.
While virtual machines in subnets from different availability zones can all be configured to a single zonal NAT gateway resource, this configuration doesn't provide the most effective method for ensuring zone-resiliency against zonal outages.
2) Subnet2 is not configured with NatGateway, refer exhibit 1, Nat Gateway is associated with only 1 subet. In exhibit 2 it shows that Subnet 1 is associated with that Nat Gateway.
3) In exhibit 1 it shows that NAT Gateway is configured with Public IP Prefix, and outbound connection can use any Public from that prefix. It is NOT neccessary to use same (one) Public IP.
No.# i think: To meet the requirements of ensuring that a failure of two zones does not affect the availability of either App1 or App2, and that outbound connectivity is maintained for both applications, the minimum number of subnets and Virtual Network NAT instances required would be as follows: Minimum number of subnets: 6 (3 subnets in Vnet1 + 3 subnets in Vnet2) Minimum number of Virtual Network NAT instances: 6 (1 NAT instance per subnet to ensure outbound connectivity for each application) Therefore, the correct options to select are:
Minimum number of subnets: 6
Min number of Virtual Network NAT instances: 6
No.# Step 1: Deploy an Azure Load Balancer in front of the application server
Configure your application to run behind a standard load balancer in your virtual network.
Step 2: In Subscription 1, create a private link service and attach the service to the frontend IP configuration of the load balancer.
Create a Private Link Service referencing the load balancer above.
Step 3: In Subscription 2, create a private endpoint by using the private link service.
Private Link service can be accessed from approved private endpoints in any public region. The private endpoint can be reached from the same virtual network, regionally peered VNets, globally peered VNets and on premises using private VPN or ExpressRoute connections.
Step 4: In Subscription1, accept the private endpoint connection request.
Network connections can be initiated only by clients that are connecting to the private endpoint.
No.# The correct Answer is VNET1 only
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