in step 340 in step 345 the receiving secure server receives the data transmission it is important to note that there may be multiple receiving secure servers the secure server s then pass the data transmission to another secure server in step 350 the secure server then retrieves a synchronized utc from a second secure synchronized data base in step 355 the secure server then reassembles and translates the data transmission according to the instructions in the utc in step 360 the secure server then passes the original data transmission to the destination location in step 365 fig4 is an example of a synchronized data base structure 400 a unique transport code utc 410 a translations value table 420 and an assembly instructions table 430 used in the secure data transmission utility system the tables 400 410 420 and 430 represent four of the files necessary to house the configuration logic to direct the execution paths of logic of the present invention the synchronized data base structure 400 is used to coordinate between the sending and receiving servers with commands and instructions detailing how to breakup and reassemble the data transmissions where to transmit the data for the data transmission what.