Abstract: A method for managing a B2B electronic commerce community, wherein a plurality of B2B partners interact with a hub entity via a plurality of B2B applications, includes receiving interaction information describing interactions of a B2B partner with at least one of the B2B applications. The interaction information may describe a material flow, correspondence, transactions, notices, relationships, and so forth, between the B2B partner and the hub. Based at least in part on the received interaction information, the method develops a community manager that supports a common set of community management modules in communication with each of the B2B applications and maintains a single, hub-wide view of each of the B2B partners. The modules may include, as examples, modules for new partner on-boarding, community maintenance, improvement, and networking including social network tooling.

Abstract: A method and system for secure communication is presented. A virtual private proxy is generated based on an agreement between a first entity and a second entity. A first virtual private proxy is associated with the first entity and a second virtual private proxy is associated with the second entity. Data associated with the first entity is monitored at the virtual private proxy. Whether the data violates the agreement is determined and communication of the data from the first virtual private proxy to the second virtual private proxy is disallowed when the data violates the agreement.

Abstract: A method and system for secure communication is presented. A virtual private proxy is generated based on an agreement between a first entity and a second entity. A first virtual private proxy is associated with the first entity and a second virtual private proxy is associated with the second entity. Data associated with the first entity is monitored at the virtual private proxy. Whether the data violates the agreement is determined and communication of the data from the first virtual private proxy to the second virtual private proxy is disallowed when the data violates the agreement.

Abstract: Systems and methods for user-guided iterative node discovery and topology discovery in a network of nodes involved in secure and reliable data transfer.

Abstract: A mobile device suitable for use by a user in a store includes a subvocal message (SVM) module to detect an SVM from the user. The SVM includes data that indicates an item in the store. A transmitter transmits a request after detecting the SVM. The request includes information indicating the item. A receiver receives a reply. The reply includes information responsive to the request. An output device provides the responsive information to the user. The request may include a request for item position information, item price information, or item inventory information. The mobile device may detect the SVM via a subvocal sensor coupled to the user. The subvocal sensor may be in contact with the user in proximity to a vocal cord of the user. The subvocal sensor may be connected to the mobile device wirelessly or via a wire.

Abstract: Supply chain visualization and management are achieved using supply entity icons and inventory parameters overlaid on a zoomable map image. A user zooms in and zooms out to display multiple geographical areas and variably receives greater or less detail regarding supply parameters. A user may initiate a transfer of products between supply entities by manipulating icons on an output device to result in the generation and sending of business documents to relevant entities. A hypothetical mode allows a user to estimate the effects of potential product transfers on entities within the supply chain.

Abstract: A system, method and apparatus for securing communications between a trusted network and an untrusted network are disclosed. A perimeter client is deployed within the trusted network and communicates over a session multiplexing enabled protocol with a perimeter server deployed within a demilitarized zone network. The perimeter client presents requests to make available and communication initiation requests to the perimeter server which presents corresponding sockets to the entrusted network. The session multiplexing capabilities of the protocol used between the perimeter server and perimeter client permit a single communication session therebetween to support a plurality of communication sessions between the perimeter server and untrusted network. In the event data flows across the communication sessions are encrypted, decryption of the data flows is left to the components at the end points of the communication session, thereby restricting exposure of privileged information to areas within trusted networks.

Abstract: An example method for sending a file includes sending a list of data nodes storing a first portion of the file and a second portion of the file to a master node of a destination distributed file system, computing a first checksum for a first portion of the file, computing a second checksum for a second portion of the file, sending the first checksum and the second checksum to the destination distributed file system, sending the first portion of the file to a first data node of the destination distributed file system, and sending the second portion of the file to a second data node of the destination distributed file system.

Abstract: A method for non-repudiable translation of documents is disclosed, whereby a computer application determines a storage location for a first document, generates a first digital signature for the first document, determines a storage location for a plurality of translation instructions, generates a second digital signature for the plurality of translation instructions, translates the first document, assembles a second document including the storage location for the first document, the storage location for the plurality of translation instructions, the first digital signature, the second digital signature, the translation, and at least one encryption key associated with the first document and the plurality of translation instructions, and digitally signs the second document. The signed document includes sufficient information to demonstrate non-repudiable translation of the first document.

Abstract: A method for non-repudiable translation of documents is disclosed, whereby a computer application determines a storage location for a first document, generates a first digital signature for the first document, determines a storage location for a plurality of translation instructions, generates a second digital signature for the plurality of translation instructions, translates the first document, assembles a second document including the storage location for the first document, the storage location for the plurality of translation instructions, the first digital signature, the second digital signature, the translation, and at least one encryption key associated with the first document and the plurality of translation instructions, and digitally signs the second document. The signed document includes sufficient information to demonstrate non-repudiable translation of the first document.

Abstract: A method for generating translation maps for converting electronic documents is disclosed. Machine-interpretable encodings of respective source and target documents are used to automatically generate the translation map. Generating the machine-interpretable encodings may involve using semantic analysis to create semantic descriptions of the document formats. The translation map may be cached. The source document is converted to the target document using the translation map. The translation map or the target document may be delivered to a second entity by a first entity. If some portion of the source document is not converted, indication of the unconverted sections may be reported.

Abstract: A protocol converter includes a computer-readable storage medium that includes operational instructions that, when executed by a processor, allows communications between a first node and a second node which use different communications protocols. In a particular embodiment, the computer-readable storage medium includes operational instructions to use a first facility to receive first data from a first node, where the first data complies with a first protocol, and where the first facility supports at least one of a first link layer and a first line layer communications protocol. The computer-readable storage medium includes operational instructions that spawn a utility in response to receiving the first data. The computer-readable storage medium also includes operational instructions that use the utility to translate the first data into second data in a second protocol and that use a second facility to send the second data to a second node.

Abstract: A protocol converter (14) allows communications between a host (12) and remotes (16, 18, 20) that operate using different communications protocols. The protocol converter (14) includes processes (50) and subsystems (60) for establishing a communications session between the remotes (16, 18, 20) and the host (12). The processes include a session manager (52), a set of facilities (54), and a set of utilities (56). The subsystems include a logon subsystem (62), a communications subsystem (64), and a translator subsystem (66).

Abstract: A server including a dual channel communications module operable to establish a communication session between the server and a client is provided. The server may be operable to receive a dual channel communication packet from the client. In a particular embodiment, the dual channel communication packet may include a header in a data payload. The header includes a client external IP address, and the data payload includes an encoded port command having a client internal IP address and a client data port number. A codec operable to decode the port command may also be provided. The server may also include a translation module for retrieving the client external IP address from the header. In a particular embodiment, the server is operable to establish data channel coordinates including the client external IP address, the client data port number, a server internal IP address and a server data port number.

Abstract: A server including a dual channel communications module operable to establish a communication session between the server and a client is provided. The server may be operable to receive a dual channel communication packet from the client. In a particular embodiment, the dual channel communication packet may include a header in a data payload. The header includes a client external IP address, and the data payload includes an encoded port command having a client internal IP address and a client data port number. A codec operable to decode the port command may also be provided. The server may also include a translation module for retrieving the client external IP address from the header. In a particular embodiment, the server is operable to establish data channel coordinates including the client external IP address, the client data port number, a server internal IP address and a server data port number.

Abstract: A method for creating an electronic marketplace includes receiving from a first client a request to create an electronic marketplace and receiving information about a product associated with the marketplace. The information includes at least one of first product information and a reference to second product information. The method also includes creating a marketplace metacatalog associated with the marketplace using a template, storing the first product information in the marketplace metacatalog if the information about the product includes the first product information, and associating the reference to the second product information with the marketplace metacatalog if the information about the product includes the reference. The method further includes communicating at least a portion of at least one of the first product information and the second product information to a second client using the marketplace metacatalog.

Abstract: An electronic commerce distributed network is disclosed that includes a plurality of interconnected processing nodes. Each processing node (50) includes a first sub-node (52) and a second sub-node (54) that are connected to communicate information and are in geographically remote locations. The first sub-node (52) of each processing node (50) has an active state in which the first sub-node (52) communicates with other processing nodes and processes electronic commerce messages communicated with originator/recipient organizations. The second sub-node (54) of each processing node (50) has a mirror state in which the second sub-node (54) mirrors the first sub-node (52) as well as an active state in which the second sub-node (54) communicates with other processing nodes and processes electronic commerce messages communicated with originator/recipient organizations. The first sub-node (52) of each processing node (50) is initially in the active state, and the second sub-node (54) is initially in the mirror state.

Abstract: A method for creating an electronic marketplace includes receiving from a first client a request to create an electronic marketplace and receiving information about a product associated with the marketplace. The information includes at least one of first product information and a reference to second product information. The method also includes creating a marketplace metacatalog associated with the marketplace using a template, storing the first product information in the marketplace metacatalog if the information about the product includes the first product information, and associating the reference to the second product information with the marketplace metacatalog if the information about the product includes the reference. The method further includes communicating at least a portion of at least one of the first product information and the second product information to a second client using the marketplace metacatalog.

Abstract: A server including a dual channel communications module operable to establish a communication session between the server and a client is provided. The server may be operable to receive a dual channel communication packet from the client. In a particular embodiment, the dual channel communication packet may include a header in a data payload. The header includes a client external IP address, and the data payload includes an encoded port command having a client internal IP address and a client data port number. A codec operable to decode the port command may also be provided. The server may also include a translation module for retrieving the client external IP address from the header. In a particular embodiment, the server is operable to establish data channel coordinates including the client external IP address, the client data port number, a server internal IP address and a server data port number.

Abstract: A method for non-repudiable translation of documents is disclosed, whereby a computer application determines a storage location for a first document, generates a first digital signature for the first document, determines a storage location for a plurality of translation instructions, generates a second digital signature for the plurality of translation instructions, translates the first document, assembles a second document including the storage location for the first document, the storage location for the plurality of translation instructions, the first digital signature, the second digital signature, the translation, and at least one encryption key associated with the first document and the plurality of translation instructions, and digitally signs the second document. The signed document includes sufficient information to demonstrate non-repudiable translation of the first document.