Abstract: A SQL language interface for a messaging system, such as IBM MQ, is described. In one embodiment, for example, in a database system, a method is described for providing real-time message support for improved database connectivity, the method comprises steps of: defining Structured Query Language (SQL) extensions having commands that provide message-based connectivity for databases; receiving an SQL statement including a command specifying that a message be sent for communicating particular database data; upon execution of the SQL statement by the database system, creating an outbound message for communicating the particular database data to a destination; and posting the outbound database to a message bus, whereupon the particular database data is communicated asynchronously to the destination.

Abstract: The present invention relates to relates to the efficient and secure transfer of information over a distributed computer network such as the Internet. The system provides parallel communication paths between the source and destination. Each path includes a dedicated route point to eliminate intermediate ISPs. Each source is associated with an archive and each route point is coupled to the archive. Upon receipt of the message at a route point the message is copied to the archive and then transmitted to the destination. Message archival and storage of transmission-related information enables data-mining features not presently available using email or a point-and-click browser. Since two messages are transmitted from the source to the common destination across separate and distinct communication paths, message latency is improved and the chance of lost messages is reduced or even eliminated.

Abstract: The present invention provides a system and method allowing businesses to send electronic messages, or other information, to conduct business over a digital network such as the Internet. Aspects of the system provide for a secure transfer of messages, tracking, monitoring, archiving, automated responses, statistics gathering and other features. The system provides a plurality of route point processors for routing messages independently of the Internet service providers (ISPs) routers and a unique forking algorithm whereby duplicate messages are generated and transmitted along separate communication backbones. Messages are archived at an intermediate point in the transmission path. The archival system and method provides a distributed archive that stores messages to guarantee message delivery to the destination, assists in message recovery and retains statistical information regarding the routing and delivery of the messages for subsequent access.

Abstract: The present invention relates to relates to the efficient and secure transfer of information over a distributed computer network such as the Internet. The system provides parallel communication paths between the source and destination. Each path includes a dedicated route point to eliminate intermediate ISPS. Each source is associated with an archive and each route point is coupled to the archive. Upon receipt of the message at a route point the message is copied to the archive and then transmitted to the destination. Message archival and storage of transmission-related information enables data-mining features not presently available using email or a point-and-click browser. Since two messages are transmitted from the source to the common destination across separate and distinct communication paths, message latency is improved and the chance of lost messages is reduced or even eliminated.

Abstract: The present invention provides a system and method allowing businesses to send electronic messages, or other information, to conduct business over a digital network such as the Internet. Aspects of the system provide for a secure transfer of messages, tracking, monitoring, archiving, automated responses, statistics gathering and other features. The system provides a plurality of route point processors for routing messages independently of the Internet service providers (ISPs) routers and a unique forking algorithm whereby duplicate messages are generated and transmitted along separate communication backbones. Messages are archived at an intermediate point in the transmission path. The archival system and method provides a distributed archive that stores messages to guarantee message delivery to the destination, assists in message recovery and retains statistical information regarding the routing and delivery of the messages for subsequent access.