A biotechnology firm is developing a genomic analysis platform. The sequencing workloads are highly variable, requiring thousands of CPU cores for a few hours, followed by periods of complete inactivity. In their legacy on-premises environment, they had to invest in high-end server clusters to support peak usage, which then sat idle. Additionally, to comply with regional data residency laws and collaborate with researchers in Europe and Asia, they must deploy their processing pipelines in close physical proximity to those users.
Which two benefits of the AWS Cloud directly address this firm's challenges? (Select TWO.)
- Trade capital expense for variable expenseAnswer
- Go global in minutesAnswer
- CTrade variable expense for capital expense
- DEliminate variable operating expenses by utilizing fixed capacity pricing
- EAchieve high elasticity by pre-allocating fixed maximum capacity for all regional deployments
Answer
The correct benefits are trading capital expense for variable expense and going global in minutes.
The correct options are trading capital expense for variable expense and going global in minutes. By moving to AWS, the firm shifts from upfront investments in physical hardware (capital expense) to a pay-as-you-go model (variable expense), solving the issue of idle clusters. Furthermore, deploying pipelines in Europe and Asia quickly to meet residency laws and cooperate with users aligns with the ability to go global in minutes.
Step-by-Step Solution
Key Concept
The advantages of cloud computing, specifically the economic benefit of trading CapEx for OpEx and the operational benefit of rapid global deployment.
Estimated Time:1m 30s