Your company is implementing an Azure Virtual Network peering solution to enable connectivity between virtual networks. You’re working on the plan to support shared access to gateways and resources, and to control internet communication. A few teams submitted questions and configuration requests for your input.
- The IT team needs information about how to check virtual network peering status and verify peered connections.
- The Marketing department has resources in virtual networks in different regions.
Question 1
When virtual networks are successfully peered, what’s the peering status for both virtual networks in the peering?
A. Initiated
B. Connected
C. Peered
Answer
B. Connected
Explanation
The peering isn’t successfully established until the peering status for both virtual networks is Connected. The peering status is Connected only when both virtual networks are successfully peered. Initiated is the status when the peering is first created. Peered is not a valid status.
A is incorrect. The Initiated status is shown when the peering is first created.
C is incorrect. Peered isn’t a valid virtual network peering status.
Question 2
What approach enables peered virtual networks to share the gateway and get access to resources?
A. Point-to-site connectivity
B. Transitivity
C. Gateway transit
Answer
C. Gateway transit
Explanation
Gateway transit allows peered virtual networks to share the gateway and get access to resources. Gateway transit enables peered virtual networks to use the gateway of one of the virtual networks. Point-to-site connectivity is a type of VPN connection from a client computer to a virtual network. Transitivity is the property of virtual networks to communicate with the peers of their peers.
A is incorrect. Point-to-site connectivity creates a secure connection to a virtual network from an individual client computer.
B is incorrect. Transitivity refers to virtual networks communicating with the peers of their peers.
Question 3
How is Azure Virtual Network peering best described?
A. Traffic between virtual networks is kept on the Microsoft backbone network.
B. Virtual network peering disrupts other resources.
C. Peered virtual networks must be in the same region.
Answer
A. Traffic between virtual networks is kept on the Microsoft backbone network.
Explanation
The Azure backbone handles traffic between virtual networks in a virtual network peering. Azure Virtual Network peering uses the Microsoft backbone network to route traffic between virtual networks, ensuring low latency and high bandwidth. Virtual network peering does not disrupt other resources or require virtual networks to be in the same region.
B is incorrect. When peering is implemented, there’s no downtime to resources in either virtual network.
C is incorrect. Global virtual network peering connects virtual networks in different Azure regions.
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