The SPI Service Models refer to
A. software as a service
B. platform as a service
C. infrastructure as a service
D. all of the above
D. all of the above
A. profit-based approach
B. risk-based approach
C. security-based approach
D. privacy-based approach
B. risk-based approach
A. two categories
B. three categories
C. four categories
D. more than four categories
A. two categories
D. data and applications/functions/processes
A. software as a service
B. platform as a service
C. infrastructure as a service
D. all of the above
B . platform as a service
A. to determine initial costs.
B. determine the data or function being considered for the cloud.
C. determine the importance of the data or function for the organization.
D. determine the organization’s strategy for transfer to the cloud.
B. determine the data or function being considered for the cloud.
A. How would we be harmed if the asset became widely public and widely distributed?
B. How would we be harmed if the information/data were unexpectedly changed?
C. How would the public be harmed if the function were to be manipulated?
D. How would we be harmed if the process failed to provide the expected results?
C. How would the public be harmed if the function were to be manipulated?
A. private
B. public
C. community
D. shared
D. shared
A. the degree of control at each SPI tier.
B. the organization’s comfort level for transitioning to the cloud.
C. the importance of the asset for the organization.
D. the type of assets that will be transferred to the cloud.
A. the degree of control at each SPI tier.
A. scaling
B. availability
C. collaboration
D. all of the above
D. all of the above
A. application resources from information resources
B. delivery mechanisms from computing mechanisms
C. infrastructure from application/information resources
D. all of the above
C. infrastructure from application/information resources
A. compute resources
B. storage resources
C. network resources
D. all of the above
D. all of the above
A. measured service
B. segregation of resources
C. rapid elasticity
D. broad network access
B. segregation of resources
A. two cloud service models
B. three cloud service models
C. four cloud service models
D. five cloud service models
B. three cloud service models
A. two types of cloud deployment models
B. three types of cloud deployment models
C. four types of cloud deployment models
C. four types of cloud deployment models
A. on-demand self-service
B. broad network access
C. rapid elasticity
D. resource pooling
B. broad network access
17. For consumers, capabilities for provisioning appear unlimited and can be easily purchased at any time. This is an example of which of the following characteristics of cloud computing? A. broad network access B. rapid elasticity C. on-demand self-service D. measured service
B. rapid elasticity
A. on-demand self-service
B. measured service
C. resource pooling
D. rapid elasticity
C. resource pooling
A. on-demand self-service
B. resource pooling
C. broad network access
D. measured service
D. measured service
A. software as a service
B. platform as a service
C. infrastructure as a service
D. all of the above
D. all of the above
A. software as a service
B. platform as a service
C. infrastructure as a service
D. all of the above
A. software as a service
A. software as a service
B. platform as a service
C. infrastructure as a service
D. all of the above
B. platform as a service
A. software as a service
B. platform as a service
C. infrastructure as a service
D. all of the above
C. infrastructure as a service
A. software as a service
B. platform as a service
C. infrastructure as a service
D. all of the above
C. infrastructure as a service