Abstract: A system and method to reduce the time to transfer files from one computer to another over a communications network, such as the Internet, through a client/server architecture includes a sending client, a receiving client, and a repository system. The sending client logs into the server and transmits data such as receiving names and information about a file to the repository system. The repository system directs the sending client to send the file to the repository system. The file that is intended to be transferred from a sending client to a receiving client is partitioned into multiple block portions of the existing file, prior to transfer. Each block subportion of original file is compressed and queued for transmission to the repository system. The compressed blocks are kept in a cue, encrypted, and transmitted asynchronously to the repository system over a selected communications network.

Abstract: A system and method to reduce the time to transfer files from one computer to another over a communications network, such as the Internet, by avoiding the synchronous timing limitations of current transfer methods. A file that is intended to be transferred from a transmitting computer to a receiving computer is partitioned into multiple synchronous block portions of the existing file, prior to transfer. Each block subportion of original file is compressed and queued for transmission to a target receiving computer. The compressed blocks are kept in a cue, encrypted, and transmitted asynchronously to a target receiving computer over a selected communications network. Upon receipt at the receiving computer of any of the transmitted blocks, blocks are decrypted, decompressed, and asynchronously reconstructed into the original file. Since the transmission of blocks to the receiving computer occurs asynchronously, as well as the transmission preparation steps, overall transmission times are improved.