Abstract: According to an aspect, a computing device includes a processor; a computer readable memory; a display screen; a touch sensitive panel overlying the display screen; and computing device application instructions coded in the computer readable memory and executed by the processor to: display a user-selectable photograph on the display screen, the user-selectable photograph including a group of fiducials, generate captured pattern data, the captured pattern data representing coordinate values on the touch sensitive panel where touched by a user, and provide for authentication of the user based on a comparison of the captured pattern data and respective locations of the group of fiducials included in the user-selectable photograph.

Abstract: A system for authenticating the user of a computing device comprises an authorized user directory. Each record is uniquely associated with an authorized user and includes at least a computing device ID value that is a globally unique value assigned to the authorized user's computing device, a group of unique depictions such as photographs, an identification of a key depiction. Portions of each image form fiducials recognizable by the user. The record further includes trace pattern verification data representing continuous trace strokes between pairs of the fiducials within the key depiction. To authenticate, the group of images are displayed to the user. The user must first select the key image and secondly trace continuous trace strokes between the pairs of fiducials to match the trace pattern verification data.

Abstract: A system includes an invoice application which, in response to a report request comprising access credentials of a connecting vendor, obtains a list of the vendor's open invoices from a database and generates a report document. The report document comprises a group of horizontal rows, each row representing a unique one of the vendor's invoices. Each row comprises an invoice identifier and a multi-segment status control. The status control comprises a group of segments within the horizontal row, with each segment representing a unique one of the steps the buyer performs to approve and pay the invoice. Each segment is a first color if the segment represents a processing step that the buyer has not yet performed and a second color if the segment represents a processing step that the buyer has completed.

Abstract: A system for marketing, to a prospective payer, a system which automates payments to enrolled vendors. The system comprises a vendor history file received from the prospective payer which associates identifying attributes and annual spend value with each target vendor to which the payer makes payments. Marketing instructions include, for each target vendor, determining a rebate potential by: i) using the identifying attributes to determine a industry code to associate with the target vendor; ii) using the industry code to look up a sensitivity rating; iii) calculating a transaction fee rate as a function of the sensitivity rating; and iv) calculating rebate potential as the product of the spend value multiplied by the transaction fee rate. An onboard report includes identification of the prospective payer and in association with the identification of the prospective payer, the rebate potential.

Abstract: A system makes payments from each payer of a community of payers to each vendor of a community of vendors, assesses a variable transaction fee to each vendor, and provides a variable rebate to each payer. The transaction fee is “variable” because it may be varied: i) amongst vendors (the same payer may use different fee rates for different vendors); and ii) amongst payers (the same vendor may be subjected to different rates, based on the payer making the payment). The variable rebate is based on the total transaction fee applicable to payments made by the payer during a period of time. The rebate may be the sum of: i) the product of the total transaction fee multiplied by a base rebate percentage; and ii) the product of that portion of the total transaction fee in excess of an accelerator threshold multiplied by an accelerated rebate percentage.

Abstract: A system for facilitating on-boarding of target vendors to an electronic payment system comprises a vendor community database with a group of target vendor records, each associated with identification of one or more payers. In association with each payer is identification of a payer aggregate spend value and a target transaction fee rate. The target transaction fee rate may be a fractional value which, when multiplied by the payer spend value, yields an aggregate transaction fee. Machine readable instructions determine, for each target vendor, a target vendor priority value as a function of the aggregate spend value for all payers and the transaction fee rate of each customer payer. The machine readable instructions further comprise generating a target vendor report which includes identification of each target vendor and, in association with the identification of the target vendor, the target vendor priority value.

Abstract: A system makes payments to vendors, including providing early pay financing of vendor's invoice in a multicurrency environment. Each invoice specifies a transaction currency. At least one of the transaction currency, a payer funding currency, the vendor remittance currency, and the finance currency is of a different currency denomination than the other two. A financier funding amount is the net payment converted to the financier currency at a market exchange rate plus a margin. A vendor resulting remittance is the net payment converted to the vendor remittance currency at a market exchange rate plus a margin. Early payment includes receiving, in a settlement account denominated in the financer currency, the financer funding amount and generating a payment of the resulting remittance amount to a vendor remittance account from a settlement account denominated in the vendor remittance currency.

Abstract: A system makes payments from a community of payers to a community of vendors, assesses a transaction fee to the vendor on each payment, and provides a level of service to each vendor based on aggregate transaction fees. The system determines a transaction fee for each payment by looking up a fee rate applicable to payments from the payer to the vendor and multiplying the payment amount by the fee rate. Each vendor is assigned to a service tier based on aggregate transaction fees charged over a period of time. If the aggregate transaction fee is lower than a threshold, the vendor is assigned to tier one. If the aggregate transaction fee is greater then the threshold and less than a second threshold, the vendor is assigned to tier two. If the aggregate transaction fee is greater than the second threshold, the vendor is assigned to tier three.

Abstract: A system for making payments from each payer of a community of payers to each supplier of a community of suppliers assesses a variable transaction fee to each supplier. The system comprises a database which associates, for each payer, identification of a group of transaction rates to apply to payments made by the payer. Associated with each transaction rate is a subgroup of suppliers to which the transaction rate applies on payments made by the payer. In response to receiving a payment instruction, a payment application generates a credit transaction to the account of the supplier in the amount of the payment less a transaction fee. The transaction fee is the amount of the first payment multiplied by the transaction rate, of the group of transaction rates associated with the payer, that associates with the subgroup of suppliers to which the first supplier is associated.

Abstract: A system for making payments from each payer of a community of payers to each vendor of a community of vendors assesses a variable transaction fee to each vendor. The system comprises a database which associates, for each payer, identification a selected rate tier assigned to each vendor. A rate tier assignment application determines an initial rate tier to assign to a vendor by: i) determining an industry sensitivity score, the industry sensitivity score being representative of how sensitive a typical vendor in the same type of business as the vendor is to payment of transaction fees; ii) determining a payer centric spend score; iii) determining a payer centric frequency score; iv) determining a network spend score; and iv) determining a network frequency score. These scores are used to determine an initial rate tier to associate with the vendor.

Abstract: A payment system making payments from each payer of a community of payers to each vendor of a community of vendors. The payers are grouped into mutually exclusive sub groups, each being associated with one of a group of participating banks. Upon receipt of a payment instruction file from a bank, including instructions for executing payments from payers in the subgroup associated with the bank to various vendors, the system: i) obtains authorization of a funding amount for each payer; ii) provides a transaction to transfer the funding amount from the payer's account to a pooling account held by the originating bank; and iii) after receipt of the funding amount in the pooling account, provides an EFT file for payment of the vendors. Multiple banks are supported. The vendors are not associated with any particular bank.

Abstract: A payment system executes payments from payers to vendors. An unattended interface system automates the uploading of payments file from each payer to the system. A web services transfer server performs the unattended transfer. Steps of a payment server generating an electronic funds transfer file with a group of fund transfer records for each payment represented by a record of the payment file. After the electronic funds transfer file is complete, the steps further comprise transferring the electronic fund transfer file to an electronic payment network for execution. Remittance records are transferred to the vendor utilizing an unattended transfer executed by the web services transfer server.

Abstract: A method for automatically transferring a data file from a network drive of a client controlled local area network to a transfer server over the Internet comprises using a first workstation to configure event parameters within event tables of the transfer server. An unattended interface module executed by a processor of a second workstation obtains, from the transfer server, the event parameters stored in the event tables. The event parameters comprise a file name and a directory path. The file name identifies the data file to be uploaded. The directory path identifies an upload directory of the network drive. The second workstation periodically searches the upload directory and, upon locating a data file in the upload directory with the file name, transfers the data file to the transfer server over a secure connection established with the transfer server over the internet.

Abstract: A data capture system receives a sequence of document objects and, for each, writes output data values to a structure. A first tier extraction system is adapted to receive each document object. For each required data element, the first tier extraction system obtains identification of a positional element value from a positional data set that includes, as its data element, identification of the required data element; and, if the document object includes a qualifying text string, writes an output data value to the output data structure in association with identification of the required data element. A second tier extraction system receives each such document object that does not include a qualifying text string, performs character recognition on a graphical representation thereof and, for each required data element, writes an output data value to the output data structure in association with identification of the required data element.

Abstract: A supplemental financial transaction processing system operates with a primary system to provide financial transaction processing services to a client system which has established a secure session with the primary system. A secure web services system receives a transaction request identifying the primary system and: i) assigns a unique redirect URL to the transaction request, and ii) returns the unique redirect URL to the primary system. The primary system provides the unique redirect URL to the client system. The supplemental transaction server: i) provides a web document object to the client system; ii) receives a post of the financial transaction from the client system; and iii) performs at least one of: i) writing the financial transaction to a transaction database; or ii) forwarding the financial transaction to a processing system distinct from the supplemental transaction processing system.

Abstract: A supplemental financial transaction processing system operates with a primary financial services system to providing financial transaction processing services to a client system which has established a secure session with the primary financial services system. A transaction request includes a financial institution identifier identifying the primary financial services system and at least one primary system defined transaction value. A secure web services system, in response to receiving the transaction request: i) assigns a unique redirect URL to the transaction request, ii) stores, in a redirect database, in association with the unique redirect URL, the primary system defined transaction value; and iii) returns the unique redirect URL to the primary financial services system.

Abstract: A supplemental financial transaction processing system operates in conjunction with one or more primary financial services systems for purposes of providing supplemental financial transaction processing services to users of the primary financial services system. The supplemental financial transaction processing system comprises a secure web services system and a supplemental transaction server. The secure web services system comprises at least one financial transaction method available to the primary financial services system. Upon receipt of a method call for a financial transaction, the supplemental financial transaction processing system: i) associates a unique redirect URL to the method call; and ii) returns the unique redirect URL to the primary financial services system. The primary financial services system may then pass the unique redirect URL through a secure connection with its client.

Abstract: A method for automatically transferring a data file from a network drive of a client controlled local area network to a transfer server over the Internet comprises using a first workstation to configure event parameters within event tables of the transfer server. An unattended interface module executed by a processor of a second workstation obtains, from the transfer server, the event parameters stored in the event tables. The event parameters comprise a file name and a directory path. The file name identifies the data file to be uploaded. The directory path identifies an upload directory of the network drive. The second workstation periodically searches the upload directory and, upon locating a data file in the upload directory with the file name, transfers the data file to the transfer server over a secure connection established with the transfer server over the internet.

Abstract: A system provides for the secure exchanging files with a remote transfer server over an open network such as the Internet. The system comprises a database storing file transfer parameters in association with identification of a remote file transfer client. The file transfer parameters include object destination parameters defining a processing call to a transfer server message queuing manager operating in conjunction with the transfer server. The processing call provides for delivery of the binary object to the transfer server message queuing manager in conjunction with a destination queue definition which provides for queuing the binary object within the defined queue for retrieval by a destination application. A transfer application coupled to the database comprises a plurality of file transfer methods available to remote file transfer clients making method calls thereto.

Abstract: A web server system provides for the secure exchanging files with a remote transfer server over an open network such as the Internet. The transfer server operates a plurality of transfer methods.