A corporate compliance firm hosts its audit processing application on Microsoft Azure. The architecture must satisfy three main requirements:
1. Compute resources must automatically scale out and in during the day to match fluctuating workload demands, keeping performance consistent and costs predictable.
2. The application must remain online even if an entire physical datacenter within the primary Azure region suffers a total power failure.
3. In the event of a catastrophic environmental disaster that disables the entire primary region, the firm must be able to restore operations in a separate geographical region.
Which combination of cloud characteristics and deployment strategies directly aligns with these requirements?
- AScalability, Availability Zones, and High Availability
- BElasticity, Region Pairs, and High Availability
- Elasticity, Availability Zones, and Disaster RecoveryCevap
- DScalability, Region Pairs, and Disaster Recovery
Cevap
Elasticity, Availability Zones, and Disaster Recovery
The correct answer combines elasticity, Availability Zones, and disaster recovery. Elasticity allows resources to scale down as well as up automatically to control costs and performance. Availability Zones provide localized fault tolerance within a single region by hosting resources in isolated datacenters. Disaster recovery enables failover to an entirely different geographical region to restore operations during a regional outage.
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Reliability, Predictability, and Disaster Recovery in Cloud Computing