MedBank have recently introduced a new Credit Card platform Cred+. There is a requirement to migrate account and card details from the existing banking platform PCBS on to Cred+.
Account IDs of the cases requiring data transfer will be held on a SQL database.
The requirement is that, for each account ID specified on the SQL database, the following data must be read from the PCBS application and input into the Cred+ application:
– Account ID
– Product Type
– Name
– Address
– Date of Birth
– Card PAN (Primary Account Number or credit card number)
– Card Issue Date
– Card Expiry Date
Once the data has been successfully input into Cred+ the correct record on the SQL database will be updated to indicate data transfer is complete. All work queues will be encrypted, however due to the sensitivity of the data, MedBank insist that a single robot account does not have access to both PCBS and CRED+ systems.
The following high level design has been proposed:
Which of the following statements about the solution design are correct? (Choose two.)
A . If the PCBS application suffers an outage, all Blue Prism processes specified in this design must stop processing immediately.
B . The solution enables multiple instances of the Get PCBS Data and Update Cred+ processes to run without risk of collision.
C . There is a risk that the outcome of a data transfer will not be recorded in the SQL database.
D . To reduce the elapsed time of the end to end process, the Get Cases process should be run across multiple machines.
E . The Process Get PCBS Data should be stopped if the Cred+ application suffers an outage to prevent a backlog of cases in the PCBS Data work queue.
F . Such sensitive data should not be stored in a Blue Prism work queue.
Answer: BE