AZ-104: Microsoft Azure Administrator Full Course - Gateway Transit

The video tutorial explains the concept of Gateway Transit in virtual networks, allowing communication with resources outside the peering. It covers how Gateway Transit enables site-to-site VPN connections, facilitating communication between Vnets and on-premise infrastructure. The tutorial also highlights the benefits of sharing a gateway across peered virtual networks, reducing the need for multiple deployments and enhancing network efficiency.

What is the primary function of Gateway Transit in a virtual network?

• To provide internet access to all virtual machines

• To restrict access to external networks

• To enable communication with resources outside the peering

• To allow communication within the same subnet

How does Vnet 2 communicate with on-premise infrastructure?

• By using a point-to-site VPN from Vnet 2

• By deploying a separate gateway in Vnet 2

• By using a site-to-site VPN connection from Vnet 1

• Through a direct internet connection

What allows Vnet 2 to access other networks connected to Vnet 1?

• Vnet 2 is directly peered with all networks

• Vnet 2 has its own gateway

• Vnet 2 uses a public IP address

• Vnet 1 has Gateway Transit enabled

What is a key advantage of using Gateway Transit?

• It increases the cost of network management

• It requires deploying multiple gateways in each network

• It limits the number of networks that can be peered

• It allows sharing a single gateway across peered networks

Why is it unnecessary to deploy a virtual private network gateway in each peered network?

• Because all networks are automatically connected

• Because peered networks do not require gateways

• Because Gateway Transit allows sharing a single gateway

• Because each network has its own internet connection