A logistics enterprise is migrating its legacy supply chain optimization tool to AWS. The application requires massive computing power for hours every Sunday night to calculate optimal delivery routes, but remains completely idle for the rest of the week. Under their traditional on-premises model, the company had to purchase and maintain high-end physical servers that sat underutilized for of the week. Which of the following describes the financial transformation and the specific AWS Cloud benefit this migration achieves?
- ATrading variable expense for capital expense, enabling the enterprise to convert their ongoing operational software costs into a predictable, long-term physical asset.
- Trading capital expense for variable expense, allowing the enterprise to pay only for the compute resources consumed during the active window rather than investing in upfront server hardware.Cevap
- CLeveraging scalability to dynamically shrink the infrastructure during idle times, which directly achieves the benefit of going global in minutes.
- DStop spending money running and maintaining data centers, which allows the company to eliminate all variable operating expenses by utilizing AWS-managed physical hardware.
Cevap
Trading capital expense for variable expense, allowing the enterprise to pay only for the compute resources consumed during the active window rather than investing in upfront server hardware.
The correct option correctly identifies the transition from capital expense (buying physical servers) to variable expense (paying only for the hours of usage). This matches the definition of the AWS Cloud benefit: 'trade capital expense for variable expense'.
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Trading capital expense for variable expense is a key AWS Cloud benefit where users pay only for consumed computing resources on a utility basis instead of making heavy upfront investments in physical infrastructure.
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