Consider the following steps for a theoretical manual process.β Check in input folder any new files.β If there are no files check again later as files can arrive anytime, and there is no limit to the number of files that may come.β Open the next available file.β Take the first case.β Start System X and find the case details.β If the case can't be found, move to the next one.β After finding the case in System X, fetch additional case details from System Y.β Again if the case can't be found, move to the next one.β Analyse all the data to see if System Z should be updated.β If the data does not meet the requirements, add notes indicating this to System X and Y and move to the next case.β If the data does meet the requirements, update the case in System Z.β Add notes to System X and Y and move to the next case.β At the end of the file, go back and look for another.β Stop checking for new files at 16:00 and finish any remaining cases.β When all work is complete create a report of the day's exception cases.Close down Systems X, Y and Z.If the volume of incoming cases is such that 1 Resource PC can easily handle the workload, which of the following steps for an automated solution should be part of the "ΛPreparation' phase of an automated process?
Consider the following steps for a theoretical manual process.β Check in input folder any new files.β If there are no files check again later as files can arrive anytime, and there is no limit to the number of files that may come.β Open the next available file.β Take the first case.β Start System X and find the case details.β If the case can't be found, move to the next one.β After finding the case in System X, fetch additional case details from System Y.β Again if the case can't be found, move to the next one.β Analyse all the data to see if System Z should be updated.β If the data does not meet the requirements, add notes indicating this to System X and Y and move to the next case.β If the data does meet the requirements, update the case in System Z.β Add notes to System X and Y and move to the next case.β At the end of the file, go back and look for another.β Stop checking for new files at 16:00 and finish any remaining cases.β When all work is complete create a report of the day's exception cases.β Close down Systems X, Y and Z.If it is possible that there are long intervals between files arriving, what are the alternatives the process should take to control System X, System Y and System Z?(Choose two.)
Consider the following steps for a theoretical manual process.β Check in input folder any new files.β If there are no files check again later as files can arrive anytime, and there is no limit to the number of files that may come.β Open the next available file.β Take the first case.β Start System X and find the case details.β If the case can't be found, move to the next one.β After finding the case in System X, fetch additional case details from System Y.β Again if the case can't be found, move to the next one.β Analyse all the data to see if System Z should be updated.β If the data does not meet the requirements, add notes indicating this to System X and Y and move to the next case.β If the data does meet the requirements, update the case in System Z.β Add notes to System X and Y and move to the next case.β At the end of the file, go back and look for another.β Stop checking for new files at 16:00 and finish any remaining cases.β When all work is complete create a report of the day's exception cases.β Close down Systems X, Y and Z.It is imperative that notes are applied to System X and Y, regardless of whether System Z is updated or not, what could the process do? (Choose two.)
Imagine you are designing the application integration logic for a solution. One of the applications involved is one you have not automated before but it is widely used and the project is the first in a series for this client.Which of the following are valid considerations when designing business objects? (Choose two.)
When designing business objects which of the following statements is true? (Choose three.)
ProSafe credit reference agency retrieves data from bank and other credit providers where customers have missed payments or gone into default. The data is very sensitive and fed directly into a Blue Prism work queue via a web service. Blue Prism process must process the data within 4 hours. The Blue Prism solution runs continuously and each case takes approximately 30 seconds to process. It is expected that an average of 10,000 cases per day will be required and up to 10Blue Prism robots are available.The Blue Prism solution is sown below:For each case of the process will access the customer account in the HotRisk system and, where an account exists, harvest the data which will be fed along with the Work Queue data into a rules engine. The rules engine is a Blue Prism process that does not interact with any target system. It merely consumes data and, via a complicated series of decision and choice stages, determines the new customer risk factor.There is to be no scheduler used. Instead the Process Controllers who work in shifts to provide 24 hour support will stop and start process instances in line withWork Queue volumes.As a Blue Prism process solution designer, who is reviewing the solution, which of the following would concern you? (Choose three.)
