for the single request message next the request response manager in the multiple response process module 28 divides the responsive content based on the determined size and generates two or more responses for the single request message in an appropriate format for transmission to the client computing device 14 next the request response manager in the multiple response process module 28 may optionally encrypt the multiple responses prior to transmission to the client computing device 14 in step 116 the response sender in the multiple response process module 28 in the content provider server device 12 receives and transmits the generated multiple responses for the single request message to the response handler in the listener process module 40 in the client computing device 14 although other manners for transmitting the multiple messages could be used in step 118 the request response manager in the listener process module 40 in the client computing device 14 decrypts the received multiple responses if encryption was used formats if necessary and reconstitutes the multiple responses into the original responsive content although other manners for reconstituting the original responsive content can be used the request response manager in the listener process module 40 in the client computing device 14 provides the reconstituted original responsive content which is passed out to the requesting application via the application layer interface next the process returns back to step 106 as described earlier accordingly as illustrated and described with the example herein this technology more effective and reliable methods and devices for providing requested content in response to a single request message in particular this technology is configured to divide the responsive content into multiple responses for the single request message the size of each of.