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Revalidate sizing after major application or concurrency changes. This option addresses a different situation (peak memory working set versus CPU utilization), in which a VM migration is sized only from average CPU figures although the applications are paging heavily at the business peak. It is not the best response here because documented APIs enable consistent automation when requests and state are validated; manual repetition is error-prone. The relevant diagnostic or acceptance evidence in this case concerns: a repeatable nonproduction test creates the same intended resources without unintended duplicates.

Update assumptions when energy, growth, licensing or data movement changes. This option addresses a different situation (cost comparison unit mismatch), in which a steering committee compares the monthly price of a cloud VM against an on-prem server purchase without support, facilities, licences or operations. It is not the best response here because documented APIs enable consistent automation when requests and state are validated; manual repetition is error-prone. The relevant diagnostic or acceptance evidence in this case concerns: a repeatable nonproduction test creates the same intended resources without unintended duplicates.

Test restore access and separation of duties under assumed credential compromise. This option addresses a different situation (immutable cyber recovery copy), in which an organization relies on writable live snapshots alone as its ransomware recovery strategy. It is not the best response here because documented APIs enable consistent automation when requests and state are validated; manual repetition is error-prone. The relevant diagnostic or acceptance evidence in this case concerns: a repeatable nonproduction test creates the same intended resources without unintended duplicates.

Map correlated failure domains, physical utilities, connectivity, and geographic hazards. This option addresses a different situation (service availability zone semantics), in which the team calls two racks in the same flood-prone building separate disaster recovery sites. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

Map the data flows, operator access paths, and exact contractual location of storage and backups. This option addresses a different situation (regulated in-country data custody), in which a public agency must keep classified records inside a defined legal jurisdiction with strict physical and administrative access controls. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

Separately inspect data-loss protection and total service dependencies including compute/network/identity. This option addresses a different situation (storage durability versus service uptime), in which a proposal uses high storage durability claims as proof that the application meets its 99.95% availability objective. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

A colocation provider supplies facilities but does not necessarily own guest OS or application operations. This option addresses a different situation (colocation managed custody), in which a customer needs hardware in a regional colocation facility and wants to distinguish hosting from operations responsibility. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

Elastic on-demand capacity fits intermittent demand better than procuring idle infrastructure for the brief peak. This option addresses a different situation (bursty short-lived rendering workload), in which a media team needs hundreds of additional compute instances for a few hours each month but little extra capacity the rest of the time. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

Rack separation does not provide site-level disaster resilience against a shared physical event. This option addresses a different situation (service availability zone semantics), in which the team calls two racks in the same flood-prone building separate disaster recovery sites. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

Vendor support and a representative benchmark show whether the VM profile meets the target. This option addresses a different situation (virtual machine versus bare metal), in which a licensed latency-sensitive workload needs direct accelerator and driver access while the default design assumes every service must be a VM. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

Transfer invoices and flow logs show the large repeated outbound movement. This option addresses a different situation (cloud egress cost of analytics), in which a reporting application repeatedly reads several terabytes of private data back from a public-cloud location to an on-site analytics cluster. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

The line can still score local sensor inputs in a disconnected acceptance test after edge inference is deployed. This option addresses a different situation (edge sensor inference under outage), in which an automated manufacturing line must perform safety-related inference even when its WAN link is unavailable. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

Add protected backup or isolated recovery controls beyond ordinary production snapshots. This option addresses a different situation (immutable cyber recovery copy), in which an organization relies on writable live snapshots alone as its ransomware recovery strategy. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

Choose bare-metal or supported virtualization per workload rather than forcing a single compute model. This option addresses a different situation (virtual machine versus bare metal), in which a licensed latency-sensitive workload needs direct accelerator and driver access while the default design assumes every service must be a VM. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

Choose a supported VM migration first or refactor dependencies before containerization. This option addresses a different situation (cloud-native versus lift-and-shift), in which a legacy monolith is proposed for containers but has hardcoded node identities and writes session state to local disks. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

Review the responsibility matrix whenever services or deployment models change. This option addresses a different situation (shared responsibility confusion), in which a client expects a cloud consumption contract to relieve it automatically of application configuration and data classification duties. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

Revalidate sizing after major application or concurrency changes. This option addresses a different situation (peak memory working set versus CPU utilization), in which a VM migration is sized only from average CPU figures although the applications are paging heavily at the business peak. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

Run negative cross-tenant access tests after each policy change. This option addresses a different situation (multi-tenant blast radius), in which unrelated customers share management resources without clear tenant scoping for administrative actions. It is not the best response here because self-service provisioning can coexist with centralized governance when templates and quotas enforce policy. The relevant diagnostic or acceptance evidence in this case concerns: a pilot tenant provisions an approved template while an out-of-policy size request is rejected.

Review colocation contract boundaries for power, cross-connects, physical access and managed services. This option addresses a different situation (colocation managed custody), in which a customer needs hardware in a regional colocation facility and wants to distinguish hosting from operations responsibility. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.

Collect utilization by hour and compare burst duration with always-on owned capacity. This option addresses a different situation (bursty short-lived rendering workload), in which a media team needs hundreds of additional compute instances for a few hours each month but little extra capacity the rest of the time. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.

Map correlated failure domains, physical utilities, connectivity, and geographic hazards. This option addresses a different situation (service availability zone semantics), in which the team calls two racks in the same flood-prone building separate disaster recovery sites. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.

Container packaging does not automatically remove monolithic statefulness or architecture coupling. This option addresses a different situation (cloud-native versus lift-and-shift), in which a legacy monolith is proposed for containers but has hardcoded node identities and writes session state to local disks. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.

A colocation provider supplies facilities but does not necessarily own guest OS or application operations. This option addresses a different situation (colocation managed custody), in which a customer needs hardware in a regional colocation facility and wants to distinguish hosting from operations responsibility. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.

Elastic on-demand capacity fits intermittent demand better than procuring idle infrastructure for the brief peak. This option addresses a different situation (bursty short-lived rendering workload), in which a media team needs hundreds of additional compute instances for a few hours each month but little extra capacity the rest of the time. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.

A pilot shows the application fails when the instance is rescheduled or replaced. This option addresses a different situation (cloud-native versus lift-and-shift), in which a legacy monolith is proposed for containers but has hardcoded node identities and writes session state to local disks. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.

The signed service matrix shows which party manages each layer. This option addresses a different situation (colocation managed custody), in which a customer needs hardware in a regional colocation facility and wants to distinguish hosting from operations responsibility. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.

A time-series trace shows long low-use periods around short peaks. This option addresses a different situation (bursty short-lived rendering workload), in which a media team needs hundreds of additional compute instances for a few hours each month but little extra capacity the rest of the time. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.

Define tenant resource boundaries and least-privilege role assignments. This option addresses a different situation (multi-tenant blast radius), in which unrelated customers share management resources without clear tenant scoping for administrative actions. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.

Prepare a consistent multiyear TCO and cash-flow model with explicit assumptions. This option addresses a different situation (cost comparison unit mismatch), in which a steering committee compares the monthly price of a cloud VM against an on-prem server purchase without support, facilities, licences or operations. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.

Add protected backup or isolated recovery controls beyond ordinary production snapshots. This option addresses a different situation (immutable cyber recovery copy), in which an organization relies on writable live snapshots alone as its ransomware recovery strategy. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.

Record offline control-plane limits in the availability plan. This option addresses a different situation (cloud control-plane dependency), in which remote workloads are expected to continue local operations even when the cloud management console is temporarily unreachable. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.

Revalidate sizing after major application or concurrency changes. This option addresses a different situation (peak memory working set versus CPU utilization), in which a VM migration is sized only from average CPU figures although the applications are paging heavily at the business peak. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.

Run negative cross-tenant access tests after each policy change. This option addresses a different situation (multi-tenant blast radius), in which unrelated customers share management resources without clear tenant scoping for administrative actions. It is not the best response here because network transfer time and contention can dominate remote data service response independently of storage media speed. The relevant diagnostic or acceptance evidence in this case concerns: link graphs show saturation and increased application delays during imaging uploads.