Abstract: Systems and methods are described for testing customer premise equipment in an offline fashion. According to certain embodiments, a testing system including one or more computing devices can identify a test scenario that includes information associated with one or more commands and expected results associated with the commands. Such commands can be executed by customer premise equipment. One or more respective images associated with the execution of a command can be captured, and information associated with the command, the associated expected result, and one or more respective images can be displayed for evaluation by a user to determine whether the command is operating properly in the customer premise equipment that executed the command. Certain embodiments describe a confidence level which can correspond to a number of images to be captured in order to decrease the possibility that content was not captured for evaluation.

Abstract: Systems and methods are described for testing customer premise equipment in an offline fashion. According to certain embodiments, a testing system including one or more computing devices can identify a test scenario that includes information associated with one or more commands and expected results associated with the commands. Such commands can be executed by customer premise equipment. One or more respective images associated with the execution of a command can be captured, and information associated with the command, the associated expected result, and one or more respective images can be displayed for evaluation by a user to determine whether the command is operating properly in the customer premise equipment that executed the command. Certain embodiments describe a confidence level which can correspond to a number of images to be captured in order to decrease the possibility that content was not captured for evaluation.