Exam Bundle

Retire: Decommissions an application rather than migrating or modernizing it. This does not address the need for A business wants to relocate an application quickly with minimal source-code changes. The appropriate Rehost applies because Rehosting moves the application to cloud infrastructure largely as-is, commonly called lift-and-shift.

Refactor: Refactoring changes application architecture to take advantage of cloud-native capabilities. This does not address the need for A business wants to relocate an application quickly with minimal source-code changes. The appropriate Rehost applies because Rehosting moves the application to cloud infrastructure largely as-is, commonly called lift-and-shift.

Repurchase: Replaces an application with a different product rather than migrating its existing implementation. This does not address the need for A business wants to relocate an application quickly with minimal source-code changes. The appropriate Rehost applies because Rehosting moves the application to cloud infrastructure largely as-is, commonly called lift-and-shift.

Retire: Decommissions an application rather than migrating or modernizing it. That does not meet the requirement: A legacy web application is to move from existing virtual machines to AWS without significant redesign.

Repurchase: Replaces an application with a different product rather than migrating its existing implementation. That does not meet the requirement: A legacy web application is to move from existing virtual machines to AWS without significant redesign.

Refactor: Refactoring changes application architecture to take advantage of cloud-native capabilities. That does not meet the requirement: A legacy web application is to move from existing virtual machines to AWS without significant redesign.

Retire: Decommissions an application rather than migrating or modernizing it. This does not address the need for A legacy web application is to move from existing virtual machines to AWS without significant redesign. The appropriate Rehost applies because Rehosting moves the application to cloud infrastructure largely as-is, commonly called lift-and-shift.

Refactor: Refactoring changes application architecture to take advantage of cloud-native capabilities. This does not address the need for A legacy web application is to move from existing virtual machines to AWS without significant redesign. The appropriate Rehost applies because Rehosting moves the application to cloud infrastructure largely as-is, commonly called lift-and-shift.

Repurchase: Replaces an application with a different product rather than migrating its existing implementation. This does not address the need for A legacy web application is to move from existing virtual machines to AWS without significant redesign. The appropriate Rehost applies because Rehosting moves the application to cloud infrastructure largely as-is, commonly called lift-and-shift.

Retain keeps a workload in its current location without moving it to AWS. That does not meet the requirement: Consider this AWS requirement: An organization intends to redesign an older application to use cloud-native managed components.

Retire: Decommissions an application rather than migrating or modernizing it. That does not meet the requirement: Consider this AWS requirement: An organization intends to redesign an older application to use cloud-native managed components.

Rehost: Rehosting moves the application to cloud infrastructure largely as-is, commonly called lift-and-shift. That does not meet the requirement: Consider this AWS requirement: An organization intends to redesign an older application to use cloud-native managed components.

Retain keeps a workload in its current location without moving it to AWS. This does not address the need for An organization intends to redesign an older application to use cloud-native managed components. The appropriate Refactor applies because Refactoring changes application architecture to take advantage of cloud-native capabilities.

Retire: Decommissions an application rather than migrating or modernizing it. This does not address the need for An organization intends to redesign an older application to use cloud-native managed components. The appropriate Refactor applies because Refactoring changes application architecture to take advantage of cloud-native capabilities.

Rehost: Rehosting moves the application to cloud infrastructure largely as-is, commonly called lift-and-shift. This does not address the need for An organization intends to redesign an older application to use cloud-native managed components. The appropriate Refactor applies because Refactoring changes application architecture to take advantage of cloud-native capabilities.

Sunk procurement cost is money already spent on owned hardware, not a new AWS resource consumption requirement. That does not meet the requirement: A team wants to pay for compute hours consumed rather than buying a server upfront.

Capital expenditure: Purchases or depreciates owned equipment, unlike metered cloud operational spending. That does not meet the requirement: A team wants to pay for compute hours consumed rather than buying a server upfront.

Fixed colocation lease is a fixed commitment to premises and power rather than consumption-based capacity. That does not meet the requirement: A team wants to pay for compute hours consumed rather than buying a server upfront.

Sunk procurement cost is money already spent on owned hardware, not a new AWS resource consumption requirement. This does not address the need for A team wants to pay for compute hours consumed rather than buying a server upfront. The appropriate Variable operating expense applies because Usage-based cloud pricing converts some fixed hardware investments into variable expenses tied to consumption.

Fixed colocation lease is a fixed commitment to premises and power rather than consumption-based capacity. This does not address the need for A team wants to pay for compute hours consumed rather than buying a server upfront. The appropriate Variable operating expense applies because Usage-based cloud pricing converts some fixed hardware investments into variable expenses tied to consumption.

Capital expenditure: Purchases or depreciates owned equipment, unlike metered cloud operational spending. This does not address the need for A team wants to pay for compute hours consumed rather than buying a server upfront. The appropriate Variable operating expense applies because Usage-based cloud pricing converts some fixed hardware investments into variable expenses tied to consumption.

Fixed colocation lease is a fixed commitment to premises and power rather than consumption-based capacity. That does not meet the requirement: A technical reviewer evaluates this need: A seasonal app requires a cost structure where its runtime spend can fall in quieter months.

Sunk procurement cost is money already spent on owned hardware, not a new AWS resource consumption requirement. That does not meet the requirement: A technical reviewer evaluates this need: A seasonal app requires a cost structure where its runtime spend can fall in quieter months.

Capital expenditure: Purchases or depreciates owned equipment, unlike metered cloud operational spending. That does not meet the requirement: A technical reviewer evaluates this need: A seasonal app requires a cost structure where its runtime spend can fall in quieter months.

Capital expenditure: Purchases or depreciates owned equipment, unlike metered cloud operational spending. This does not address the need for A seasonal app requires a cost structure where its runtime spend can fall in quieter months. The appropriate Variable operating expense applies because Usage-based cloud pricing converts some fixed hardware investments into variable expenses tied to consumption.

Fixed colocation lease is a fixed commitment to premises and power rather than consumption-based capacity. This does not address the need for A seasonal app requires a cost structure where its runtime spend can fall in quieter months. The appropriate Variable operating expense applies because Usage-based cloud pricing converts some fixed hardware investments into variable expenses tied to consumption.

Sunk procurement cost is money already spent on owned hardware, not a new AWS resource consumption requirement. This does not address the need for A seasonal app requires a cost structure where its runtime spend can fall in quieter months. The appropriate Variable operating expense applies because Usage-based cloud pricing converts some fixed hardware investments into variable expenses tied to consumption.

Duplicate environments: Create additional uncoordinated copies rather than delivering the requested shared control. That does not meet the requirement: A company discovers instances with consistently low CPU usage and wants to reduce waste.

Full-time peak capacity: Pays for peak capacity even while demand is low. That does not meet the requirement: A company discovers instances with consistently low CPU usage and wants to reduce waste.

Overprovisioning allocates more resources than required, creating idle cost. That does not meet the requirement: A company discovers instances with consistently low CPU usage and wants to reduce waste.

Full-time peak capacity: Pays for peak capacity even while demand is low. This does not address the need for A company discovers instances with consistently low CPU usage and wants to reduce waste. The appropriate Rightsizing applies because Rightsizing selects resource configurations that meet requirements without paying for needless excess capacity.

Duplicate environments: Create additional uncoordinated copies rather than delivering the requested shared control. This does not address the need for A company discovers instances with consistently low CPU usage and wants to reduce waste. The appropriate Rightsizing applies because Rightsizing selects resource configurations that meet requirements without paying for needless excess capacity.

Overprovisioning allocates more resources than required, creating idle cost. This does not address the need for A company discovers instances with consistently low CPU usage and wants to reduce waste. The appropriate Rightsizing applies because Rightsizing selects resource configurations that meet requirements without paying for needless excess capacity.