Abstract: Certain aspects of the present disclosure provide techniques for orchestrating communications between different application services through a unified connector platform. Embodiments include receiving, via a connector between a first system and a connector platform, a request to pull a specified data set from one or more second systems. The specified data set is obtained from each of the one or more second systems via a connector between each of the one or more second systems and the connector platform. For each of the obtained data sets, intermediary data sets are generated by converting the obtained data set to a common data format, and a result data set is generated by converting the intermediary data sets are converted to a format associated with the first system. The result data set is transmitted to the first system via the connector between the first system and the connector platform.

Abstract: A tool for assisting end-users to comply with complex sales tax compliance requirements by electronically preparing a tax return by dynamically creating and providing to each end-user a first data input page having input fields relating only to types and categories of tax for which each end-user's line of business is required to report while suppressing presentation to the end-user data fields which are related to tax types which are not required to be reported or collected for the end-user's line of business. Using the streamlined input page, the end-user only provides the relevant data values and avoids seeing or worrying about irrelevant input values. The tool then electronically prepares one or more tax return forms or data files, and optionally submits those to an electronic server corresponding to the tax authority for the appropriate jurisdiction(s) or produces a paper return.

Abstract: A tool for assisting end-users to comply with complex sales tax compliance requirements by electronically preparing a tax return by dynamically creating and providing to each end-user a first data input page having input fields relating only to types and categories of tax for which each end-user's line of business is required to report while suppressing presentation to the end-user data fields which are related to tax types which are not required to be reported or collected for the end-user's line of business. Using the streamlined input page, the end-user only provides the relevant data values and avoids seeing or worrying about irrelevant input values. The tool then electronically prepares one or more tax return forms or data files, and optionally submits those to an electronic server corresponding to the tax authority for the appropriate jurisdiction(s) or produces a paper return.

Abstract: The invention provides a system and method for calculating, collecting and/or disbursing one or more third party payments owed to one or more third parties resulting from one or more electronic transactions occurring over a wide area network (WAN) between a customer and a merchant. The transaction concern one or more services and/or products provided by the merchant. The system and method require that the calculation of the amount owed to the third party occur at a WAN node that is different than and at a different locale than that of the merchant. By so doing, the merchant is not required to purchase and install equipment and/or software of the third party to which a payment is due. The present system includes a merchant node, third party payment processing node, financial network, and third party payment receiving node. A consumer conducts a transaction at a merchant node. As a result of the transaction, a third party may or may not be due a payment.

Abstract: The invention provides a system and method for calculating, collecting and/or disbursing one or more third party payments owed to one or more third parties resulting from one or more electronic transactions occurring over a wide area network (WAN) between a customer and a merchant.

Abstract: An automatic system and method which creates an alternative Financial Risk Cover configurations using an unpredictable optimization process, simulates and models the alternative configuration against potential or expected transient market events; and outputs the alternative configuration if certain objective conditions are met during the modeling, wherein each configuration represents a plurality of investment instruments, each investment instrument being associated with an initial cash position.

Abstract: An automatic Financial Risk Cover configuration which receives returns behaviors connecting statistical behavior of each potential allocation of a submanager to a resultant statistical behavior of a Financial Risk Cover associated with a client portfolio, creates a total set of Financial Risk Cover configurations using genetic optimization processes to produce unpredictable variations of configurations, simulates and models each configuration in the total set against a set of potential or expected transient market events representative of a plurality of combinations of transient events, removes from the total set each configuration which fails to meet performance objectives during the modelling from the total set of configurations; and outputs each remaining configuration in the total set, wherein each configuration represents a plurality of investment instruments, each investment instrument being associated with an initial cash position.

Abstract: An automatic Financial Risk Cover configuration which receives returns behaviors connecting statistical behavior of each potential allocation of a submanager to a resultant statistical behavior of a Financial Risk Cover associated with a client portfolio, creates a total set of Financial Risk Cover configurations using genetic optimization processes to produce unpredictable variations of configurations, simulates and models each configuration in the total set against a set of potential or expected transient market events representative of a plurality of combinations of transient events, removes from the total set each configuration which fails to meet performance objectives during the modelling from the total set of configurations; and outputs each remaining configuration in the total set, wherein each configuration represents a plurality of investment instruments, each investement instrument being associated with an initial cash position.

Abstract: An automatic Financial Risk Cover configuration which receives returns behaviors connecting statistical behavior of each potential allocation of a submanager to a resultant statistical behavior of a Financial Risk Cover associated with a client portfolio, creates a total set of Financial Risk Cover configurations using genetic optimization processes to produce unpredictable variations of configurations, simulates and models each configuration in the total set against a set of potential or expected transient market events representative of a plurality of combinations of transient events, removes from the total set each configuration which fails to meet performance objectives during the modelling from said total set of configurations; and outputs each remaining configuration in the total set, wherein each configuration represents a plurality of investment instruments, each investment instrument being associated with an initial cash position.

Abstract: A network advertising system and method includes a network server, a computer user, an electronic banner advertisement (BA) file, multiple web page files, a BA program, and a monitor. The BA is displayed on the monitor in a window of a browser program from about the point in time that a new web page is requested to about the point in time that the web page file corresponding to the new web page is downloaded onto the user computer and ready for viewing. The BA offers an advertising venue that will serve up a very discernible advertisement, uncluttered by other content that captivates the viewer's interest, at a point of time that a web (Internet or other network) surfer is willing and amenable to review additional data and information. This is typically a down-time, interstitial period, during a browser session. However, by displaying the advertisement as described, most web surfers will pay attention to the BA and the message that it is providing.

Abstract: An automatic Financial Risk Cover configuration which receives returns behaviors connecting statistical behavior of each potential allocation of a submanager to a resultant statistical behavior of a Financial Risk Cover associated with a client portfolio, creates a total set of Financial Risk Cover configurations using genetic optimization processes to produce unpredictable variations of configurations, simulates and models each configuration in the total set against a set of potential or expected transient market events representative of a plurality of combinations of transient events, removes from the total set each configuration which fails to meet performance objectives during the modelling from said total set of configurations; and outputs each remaining configuration in the total set, wherein each configuration represents a plurality of investment instruments, each investement instrument being associated with an initial cash position.

Abstract: The invention provides a system and method for calculating, collecting and/or disbursing one or more third party payments owed to one or more third parties resulting from one or more electronic transactions occurring over a wide area network (WAN) between a customer and a merchant.

Abstract: A system and method for calculating, collecting and/or disbursing one or more third party payments owed to one or more third parties resulting from one or more electronic transactions occurring over a wide area network (WAN) between a customer and a merchant. The present system includes a merchant node, third party payment processing node, financial network, and third party payment receiving node. A consumer conducts a transaction at a merchant node; whereby, a third party may or may not be due a payment. The third party payment processing node determines whether such payment is due, calculates the amount of the third party payment, and/or authorizes payment of the third party payment. The financial network then handles payment of the amount(s) due to the third party, the amount(s) due to the merchant and the amount(s) owed by the customer.

Abstract: The invention provides a system and method for calculating, collecting and/or disbursing one or more third party payments owed to one or more third parties resulting from one or more electronic transactions occurring over a wide area network (WAN) between a customer and a merchant. The transaction concern one or more services and/or products provided by the merchant. The system and method require that the calculation of the amount owed to the third party occur at a WAN node that is different than and at a different locale than that of the merchant. By so doing, the merchant is not required to purchase and install equipment and/or software of the third party to which a payment is due. The present system includes a merchant node, third party payment processing node, financial network, and third party payment receiving node. A consumer conducts a transaction at a merchant node. As a result of the transaction, a third party may or may not be due a payment.

Abstract: The invention provides a system and method for calculating, collecting and/or disbursing one or more third party payments owed to one or more third parties resulting from one or more electronic transactions occurring over a wide area network (WAN) between a customer and a merchant. The transaction concern one or more services and/or products provided by the merchant. The system and method require that the calculation of the amount owed to the third party occur at a WAN node that is different than and at a different locale than that of the merchant. By so doing, the merchant is not required to purchase and install equipment and/or software of the third party to which a payment is due. The present system includes a merchant node, third party payment processing node, financial network, and third party payment receiving node. A consumer conducts a transaction at a merchant node. As a result of the transaction, a third party may or may not be due a payment.

Abstract: A network advertising system and method includes a network server, a computer user, pop data packet, multiple web page files, and a display. The pop data packet includes user viewable data, launch command language, status command language, and failure command language. The user viewable data is displayed interstitially or non-interstitially on the monitor in a pop window of a browser program. The present system ensures that user viewable data intended for display in a pop window is actually displayed. The system determines whether or not a pop window was opened and whether or not the user viewable data was displayed in the pop window. Optionally, the system also determines whether or not the user viewable data was displayed for at least a minimum predefined period of time. If either of these conditions occurs, the failure command language directs display of the user viewable data by alternate means.

Abstract: The invention provides a system and method for calculating, collecting and/or disbursing one or more third party payments owed to one or more third parties resulting from one or more electronic transactions occurring over a wide area network (WAN) between a customer and a merchant. The transaction concern one or more services and/or products provided by the merchant. The system and method require that the calculation of the amount owed to the third party occur at a WAN node that is different than and at a different locale than that of the merchant. By so doing, the merchant is not required to purchase and install equipment and/or software of the third party to which a payment is due. The present system includes a merchant node, third party payment processing node, financial network, and third party payment receiving node. A consumer conducts a transaction at a merchant node. As a result of the transaction, a third party may or may not be due a payment.

Abstract: The invention provides a system and method for calculating, collecting and/or disbursing one or more third party payments owed to one or more third parties resulting from one or more electronic transactions occurring over a wide area network (WAN) between a customer and a merchant. The transaction concern one or more services and/or products provided by the merchant. The system and method require that the calculation of the amount owed to the third party occur at a WAN node that is different than and at a different locale than that of the merchant. By so doing, the merchant is not required to purchase and install equipment and/or software of the third party to which a payment is due. The present system includes a merchant node, third party payment processing node, financial network, and third party payment receiving node. A consumer conducts a transaction at a merchant node. As a result of the transaction, a third party may or may not be due a payment.

Abstract: The invention provides a system and method for calculating, collecting and/or disbursing one or more third party payments owed to one or more third parties resulting from one or more electronic transactions occurring over a wide area network (WAN) between a customer and a merchant. The transaction concern one or more services and/or products provided by the merchant. The system and method require that the calculation of the amount owed to the third party occur at a WAN node that is different than and at a different locale than that of the merchant. By so doing, the merchant is not required to purchase and install equipment and/or software of the third party to which a payment is due. The present system includes a merchant node, third party payment processing node, financial network, and third party payment receiving node. A consumer conducts a transaction at a merchant node. As a result of the transaction, a third party may or may not be due a payment.

Abstract: A network advertising system and method includes a network server, a computer user, an electronic banner advertisement (BA) file, multiple web page files, a BA program, and a monitor. The BA is displayed on the monitor in a window of a browser program from about the point in time that a new web page is requested to about the point in time that the web page file corresponding to the new web page is downloaded onto the user computer and ready for viewing. The BA offers an advertising venue that will serve up a very discernible advertisement, uncluttered by other content that captivates the viewer's interest, at a point of time that a web (Internet or other network) surfer is willing and amenable to review additional data and information. This is typically a down-time, interstitial period, during a browser session. However, by displaying the advertisement as described, most web surfers will pay attention to the BA and the message that it is providing.