From: https://docs.aws.amazon.com/whitepapers/latest/disaster-recovery-workloads-on-aws/disaster-recovery-options-in-the-cloud.html
"In addition to data, you must also back up the configuration and infrastructure necessary to redeploy your workload and meet your Recovery Time Objective (RTO). AWS CloudFormation provides Infrastructure as Code (IaC), and enables you to define all of the AWS resources in your workload so you can reliably deploy and redeploy to multiple AWS accounts and AWS Regions. "
Disaster recovery is always spoken about with reference to multi AZ deployments as a key factor not multi region. especially since most data are not allowed outside a region for compliance and regulatory reasons. based on that fact ,deployment across availability zones would be the more appropriate architecture design.
To design a disaster recovery plan that covers multiple geographic areas, the company should configure the architecture across multiple AWS Regions. AWS Regions are separate geographical locations where AWS data centers are located. By replicating the infrastructure and data across multiple AWS Regions, the company ensures that in the event of a disaster or disruption in one Region, the workload can be quickly and seamlessly shifted to another Region to maintain business continuity. This approach provides geographic redundancy and enhances the overall resilience of the infrastructure.
The action that will meet the requirement of designing an AWS disaster recovery plan to cover multiple geographic areas is C. Configure the architecture across multiple AWS Regions.
Configuring the architecture across multiple AWS Regions will ensure that if a disaster occurs in one region, the application can failover to another region. This approach provides geographic diversity and redundancy for disaster recovery purposes.
The best action to meet the requirement of designing an AWS disaster recovery plan to cover multiple geographic areas is to configure the architecture across multiple AWS Regions. This will ensure that the company's data and applications are replicated and available in multiple geographic locations, which will minimize downtime and ensure business continuity in the event of a disaster.
Therefore, option C (Configure the architecture across multiple AWS Regions) is the most suitable action to meet the requirement of designing an AWS disaster recovery plan to cover multiple geographic areas.
To meet the requirement of designing an AWS disaster recovery plan to cover multiple geographic areas, the best option is C. Configure the architecture across multiple AWS Regions.
AWS Regions are geographically separated locations, each with multiple Availability Zones (AZs), that are designed to be isolated from each other. Deploying an application across multiple Regions can help provide disaster recovery and business continuity in the event of a natural disaster or other regional disruption. By deploying resources in multiple Regions, the company can ensure that if one Region becomes unavailable, the application can still be accessed from another Region.
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