Abstract: A system for increasing data access in a secure socket layer network environment includes a web server computer having SSL acceleration server software (SSLAS) and a client computer communicatively linked to the web server computer having SSL acceleration client software operably associated with the client computer which communicates with the SSLAS software to receive a copy of a pseudo CA certificate and a public key from the SSLAS software and present the pseudo CA certificate to web browser software on the client computer for validation thereof.

Abstract: A system for selectively and automatically compressing and decompressing data in a manner such that the data file can be rendered in a pseudo-native form and such that a rendering application program can be invoked by the system includes a first computer-based device having software thereon for determining whether a data file is one of a native uncompressed form and compressed form upon one of attaching, detaching, receiving, rendering and accessing the data file. Software compresses the native uncompressed form of the data into an attachment, and software for enhancingly renders the attachment to a viewer in a pseudo-native form, wherein the attachment remains compressed and is rendered to appear as being in a native-uncompressed form.

Abstract: A system for performing concurrent interleaves of multiple data streams over multiple TCP/IP connections includes a computer having data stream optimizing software for identifying the need of data stream exchange and initiating TCP/IP software to enable multiple TCP/IP connections, wherein data stream optimizing software is capable of uniquely splitting the obtained data, monitoring each established TCP/IP connection for availability of data transmission and transmitting over at least one of the TCP/IP connections based upon its availability the split data to another computer having data stream optimizing software thereon having the ability to assemble the split data received in a manner to be readily used.

Abstract: A system for optimization of database replication/synchronization includes a first computer-based device having software thereon for obtaining a state of condition a database object and associating a unique identifier with such database object, for altering form of the data and associating another unique identifier with such altered database object, and for determining the database object using the unique identifiers. The system can receive a replication request for updating data from a second computer for a database object on the second computer wherein the request contains a unique identifier comparatively equating to one of the identifiers on the first computer and sends either an instruction to second computer to perform a like alteration on the data or to send the changes to the database object.