A media platform stores hot content in Azure Storage and serves it globally. Requirements: sustain a zone failure without data unavailability, allow read access from a secondary region during a primary region outage without initiating a failover, and be able to perform a planned account failover if a prolonged regional outage occurs. Which two design choices meet these requirements? Choose two.

Configuring the storage account for RA-GZRS (Read-Access Geo-Zone-Redundant Storage) meets the requirements. RA-GZRS provides synchronous replication across multiple availability zones within the primary region, ensuring resilience against zone failures. It also asynchronously replicates data to a secondary region, allowing read access from that secondary endpoint without initiating a failover during a primary region outage. The ability to perform a planned manual account failover is a feature of RA-GZRS, addressing the requirement for prolonged regional outages. The option to manually initiate a storage account failover during a prolonged regional outage and then reconfigure redundancy post-failover is a necessary operational step for disaster recovery when using RA-GZRS, as failover is not automatic. GRS (Geo-Redundant Storage) does not protect against zone failures within the primary region. Azure Traffic Manager is for routing traffic to endpoints, not for enabling read access from a secondary storage endpoint during an outage without failover, which RA-GZRS handles directly. Azure Site Recovery is for VM and application replication, not for storage account redundancy.