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A company is transitioning its application from on-premises infrastructure to the AWS Cloud. During the planning phase, they have raised concerns about ensuring high availability and effective disaster recovery for their legacy Windows file server. This server holds sensitive, business-critical data that is irreplaceable in case of corruption or loss. Compliance mandates that this data must not be transmitted over the public internet. The company prefers to utilize AWS managed services whenever feasible. They have chosen to store their data in an Amazon FSx for Windows File Server system. A solutions architect is tasked with designing a solution to replicate this data to another AWS Region for disaster recovery purposes. Which of the following solutions will fulfill these requirements?
A
Set up an Amazon S3 bucket in the disaster recovery (DR) Region. Use Amazon FSx File Gateway to establish a connection between the FSx for Windows File Server in the primary Region and the S3 bucket in the DR Region. Configure the S3 bucket to serve as a continuous backup source via FSx File Gateway.
B
Deploy an FSx for Windows File Server system in the DR Region. Use AWS Site-to-Site VPN to connect the VPC in the primary Region with the VPC in the DR Region. Configure AWS DataSync to use VPN endpoints for communication.
C
Implement an FSx for Windows File Server system in the DR Region. Utilize VPC peering to link the VPC in the primary Region with the VPC in the DR Region. Set up AWS DataSync to use interface VPC endpoints with AWS PrivateLink for communication.
D
Establish an FSx for Windows File Server system in the DR Region. Connect the VPC in the primary Region with the VPC in the DR Region using AWS Transit Gateway in each Region. Employ AWS Transfer Family to securely transfer files between the FSx for Windows File Server systems in the primary and DR Regions over the private AWS network.