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That verification addresses the different requirement: A DR exercise fails because the replacement region lacks required IP ranges and connectivity. It does not directly establish measured evidence supports continuous readiness.

This is a test for An audit demands monthly recovery points retained for several years. The requirement here is instead demonstrated by compare each exercise result with its contractual objectives and closure record.

That verification addresses the different requirement: A business has replication but no documented process for DNS, secrets and database failover. It does not directly establish measured evidence supports continuous readiness.

Backups are recovery points rather than an active HA data service.

Failed endpoints still require traffic removal.

This does not withstand a zone failure.

That assessment refers to the separate proposal 'Put both VMs in one unprotected host placement with no separation.' not to the recommendation under review. Here, A single VM cannot continue service when its zone fails.

This concern applies to Deploy a non-zonal database and assume application retries create zone replicas. in another design for high availability design. The current proposal specifically fails because a single VM cannot continue service when its zone fails.

That assessment refers to the separate proposal 'Declare service zonally redundant based only on web-tier VM placement.' not to the recommendation under review. Here, A single VM cannot continue service when its zone fails.

This is a test for A mission-critical SQL Database needs protection from a primary zone failure in a supported region. The requirement here is instead demonstrated by test taking one zone's instances out of service while probing the app.

That verification addresses the different requirement: A legacy app cannot run active-active but needs resilience to host hardware maintenance. It does not directly establish continued traffic confirms the zonal design.

That verification addresses the different requirement: A zonal web service has redundant VMs but both rely on one unmanaged database VM. It does not directly establish continued traffic confirms the zonal design.

Shared placement can expose both instances to the same host event. This proposal contradicts the stated architecture constraint.

The single database failure still stops all user transactions. In the present requirement, a legacy app cannot run active-active but needs resilience to host hardware maintenance. The needed design instead works because availability sets distribute eligible VMs across fault and update domains.

A single VM cannot continue service when its zone fails. In the present requirement, a legacy app cannot run active-active but needs resilience to host hardware maintenance. The needed design instead works because availability sets distribute eligible VMs across fault and update domains.

That assessment refers to the separate proposal 'Run one VM in one zone and rely solely on an SLA label.' not to the recommendation under review. Here, Shared placement can expose both instances to the same host event.

That assessment refers to the separate proposal 'Declare service zonally redundant based only on web-tier VM placement.' not to the recommendation under review. Here, Shared placement can expose both instances to the same host event.

This concern applies to Assume active SQL connections never need retry logic after a failover. in another design for high availability design. The current proposal specifically fails because shared placement can expose both instances to the same host event.

That verification addresses the different requirement: A production VM workload must survive loss of one availability zone with no regional relocation. It does not directly establish placement evidence verifies host-level failure separation.

That verification addresses the different requirement: A zonal web service has redundant VMs but both rely on one unmanaged database VM. It does not directly establish placement evidence verifies host-level failure separation.

This is a test for A SQL service requires automatic local failover with predictable client reconnects. The requirement here is instead demonstrated by inspect fault and update domain distribution for the protected VMs.

Shared placement can expose both instances to the same host event. In the present requirement, a zonal web service has redundant VMs but both rely on one unmanaged database VM. The needed design instead works because application availability is bounded by critical dependent data services.

A single VM cannot continue service when its zone fails. In the present requirement, a zonal web service has redundant VMs but both rely on one unmanaged database VM. The needed design instead works because application availability is bounded by critical dependent data services.

The single database failure still stops all user transactions. This proposal contradicts the stated architecture constraint.

That assessment refers to the separate proposal 'Put both VMs in one unprotected host placement with no separation.' not to the recommendation under review. Here, The single database failure still stops all user transactions.

That assessment refers to the separate proposal 'Run one VM in one zone and rely solely on an SLA label.' not to the recommendation under review. Here, The single database failure still stops all user transactions.

This concern applies to Treat asynchronous reporting replicas as a zero-loss synchronous write quorum. in another design for high availability design. The current proposal specifically fails because the single database failure still stops all user transactions.

That verification addresses the different requirement: A legacy app cannot run active-active but needs resilience to host hardware maintenance. It does not directly establish end-to-end testing validates the full dependency chain.

This is a test for An application owner confuses SQL read replicas with synchronous transactional HA replicas. The requirement here is instead demonstrated by inject a database instance failover and check the complete request path.

That verification addresses the different requirement: A production VM workload must survive loss of one availability zone with no regional relocation. It does not directly establish end-to-end testing validates the full dependency chain.

Simultaneous restarts cause avoidable full-service downtime. In the present requirement, a regional stateless web fleet must replace failed instances and scale on aggregate CPU. The needed design instead works because vMSS coordinates homogeneous instances and automated scale actions.

Manual remediation delays recovery under load. This proposal contradicts the stated architecture constraint.

Autoscale can delete the only record of the session. In the present requirement, a regional stateless web fleet must replace failed instances and scale on aggregate CPU. The needed design instead works because vMSS coordinates homogeneous instances and automated scale actions.