An organization is designing a hybrid network architecture to connect their on-premises office to two Azure Virtual Networks (VNets). The design must meet the following criteria:
* A primary connection with dedicated, high-speed bandwidth that does not use the public internet.
* A secondary, encrypted backup connection that is cost-effective and routes over the public internet.
* Internal, low-latency communication directly between the two Azure VNets.
Which of the following Azure networking features should the organization implement to meet these requirements? (Select three)
- Azure ExpressRoute to establish the primary dedicated private connectionCevap
- A Site-to-Site VPN Gateway to establish the encrypted backup connection over the public internetCevap
- Virtual Network (VNet) peering to enable direct, low-latency communication between the two VNetsCevap
- DAn ExpressRoute circuit configured to route primary traffic over the public internet using default IPSec encryption
- EA public cloud gateway to route all internal traffic between the two VNets through public on-premises endpoints
Cevap
To meet the specified criteria, the organization should implement Azure ExpressRoute for the primary private connection, a Site-to-Site VPN Gateway for the backup internet-based connection, and Virtual Network (VNet) peering for direct VNet-to-VNet connectivity.
The correct implementation involves three distinct services: Azure ExpressRoute fulfills the primary connection requirement by offering dedicated, private bandwidth that bypasses the public internet. A Site-to-Site VPN Gateway fulfills the backup connection requirement by encrypting traffic and routing it over the public internet in a cost-effective manner. Virtual Network (VNet) peering enables direct, low-latency connection between the two VNets using the private Microsoft backbone network.
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Anahtar Kavram
Azure hybrid networking components (ExpressRoute, VPN Gateway, and VNet peering) and their transmission medium (private backbone vs. public internet).