Abstract: An electronic negotiation auction platform derives final market pricing for and assembles the investor pool to fund a borrower's loan request or to sell an existing debt instrument. The platform conducts the auction in two phases. The first phase involves junior lienholders, whereas the second phase involves senior lien holders. Phase I comprises establishment of a purchase price by junior lienholders (B) tranche given minimum return information. Phase II comprises subscription of the (A) tranche which, now has a defined value and full range of information to consider the safest of the investment vehicles for this asset. Competition among investors desiring to participate in the (A) tranche results in a lower yield for the (A) tranche and a higher yield for the junior lienholders if the (A) tranche is oversubscribed. This extra yield is passed on to junior lienholders, serving as incentive to participate in the junior tranche.

Abstract: A computer-implemented system and method for executing trades of financial securities according to a combination passive/aggressive trading strategy that reliably executes trades of lists of securities or blocks of a single security within a desired time frame while taking advantage of dynamic market movement to realize price improvement for the trade within the desired time frame. A passive trading agent executes trades at advantageous prices by floating portions of the order at the bid or ask to maximize exposure to the inside market and attract market orders. An aggressive agent opportunistically takes liquidity as it arises, setting discretionary prices in accordance with historical trading data of the specified security.

Abstract: Prioritizing checks for electronic check processing based on check characteristics, such as check values, receiving institutions associated with the checks, and/or delivery methods associated with the checks. A prioritization module of a check processing system receives information regarding multiple checks in a check processing queue. The prioritization module assigns at least one priority indicator to one or more of the checks. Each priority indicator includes information regarding a characteristic of the check to which the indicator is assigned. For example, the characteristic can be the value of the check, the receiving institution associated with the check, and/or the delivery method associated with the check. Upon determining that at least one of the checks cannot be timely processed if the checks are processed on a first in, first out basis, the prioritization module re-orders the checks for processing based on the assigned priority indicators.

Abstract: The invention provides a method and system for providing liquidity to an alternative investment fund, such as to address the problem of illiquidity for investors in primary funds such as alternative investment funds. The transaction system includes investors in an alternative investment fund, a manager of the fund, and a structure that provides liquidity to investors who are otherwise saddled with illiquid ownership interests in the fund. The structure provides a fund investor with an option to designate some of the investor's interest in the fund to the structure, which will provide a preferred cash flow to the structure and which will provide immediate funds to the investor. In one aspect of the invention, the liquidity-providing structure is implemented using a trust to which the investor assigns his interest. The goal of the invention is to provide liquidity to investors of otherwise illiquid assets.

Abstract: An auto-trading strategy for executing an order to buy or sell a specified quantity of a certain item. The strategy utilizes urgency scores rather than time bins. In one embodiment, an urgency score is determined at a certain point in time. The urgency score is a function of a trading target associated with the point in time and the actual number of items that have been traded as of the certain point in time.

Abstract: Market depth information pertaining to the hedging side is utilized to intelligently break a non-hedging order into multiple orders, such that the orders rest at cascading price levels. This way, the trader can benefit from sweeps in the book and still properly account for the market depth on the hedging side. Further, there is a greater probability of receiving “partials” on the spread order. In addition, hedge orders may be sent at multiple price levels, or sent to the market in pieces over time. By applying a more intelligent process to hedge orders (as opposed to “fire and forget”) an alternative beyond limit orders that can be leged or market orders is provided.

Abstract: Systems and methods for personal financial management using a financial card having a body with a front side and a back side, and a primary account number user associated with a primary account of a user of the financial card. A user interface is configured for receiving input from the user at a time of use of the financial card for selecting a subaccount indicator from among a plurality of subaccount indicators each of which is associated with a subaccount within the primary account. A magnetic strip is positioned on the back side and includes a user definable portion configurable by the user at a time of use of the financial card for a transaction. The user interface is adapted to configure the user definable portion to include the user selected subaccount indicator.

Abstract: The present invention is systems and methods for trading. In accordance with these systems and methods, a plurality of trader work stations that are connected to a central server may be provided. Through the work stations and central server, the systems and methods may perform participant qualification, instrument creation, bid/offer entry and response, when hit and take, workup, price retention, price improvement, request for market, bid/off restoration, price generation, position conversion, marking to market, and delivery functions.

Abstract: An automated system can be provided for continuously and accurately assigning float to deposit credits within a financial institution. A normalized market segment is continuously assigned to each account by extracting information from a plurality of disparate demand deposit account systems. Deposit credits are gathered from disparate known capture sites and the normalized market segment is assigned to a deposit credit for a corresponding account. A float assignment can then be made for a deposit credit so that the float reflects both a deposit location and current domestic information for the corresponding account. A system for implementing the invention can include a float system connected to a transaction exchange system.

Abstract: A computer-implemented system and method for executing trades of financial securities according to a combination passive/aggressive trading strategy that reliably executes trades of lists of securities or blocks of a single security within a desired time frame while taking advantage of dynamic market movement to realize price improvement for the trade within the desired time frame. A passive trading agent executes trades at advantageous prices by floating portions of the order at the bid or ask to maximize exposure to the inside market and attract market orders. An aggressive agent opportunistically takes liquidity as it arises, setting discretionary prices in accordance with historical trading data of the specified security.

Abstract: Management of currency inventory within and among network nodes of a financial network (e.g., bank branches, ATMs, and kiosks) may involve receiving information of currency inventory at one or more nodes in the network, generating a forecast for currency demand for the one or more nodes based on the historical currency demand for the one or more nodes, and establishing a currency transportation plan that includes a currency delivery schedule for the one or more nodes, wherein the currency transportation plan is based on the currency inventory, the forecast for currency demand, and one or more costs of handling currency. The costs of handling currency may include costs such as the expected loss from robbery and other currency theft.

Abstract: System and methods are disclosed to permit the retroactive application of an interest rate change to a loan. An entity acting as an agent for a loan agreement may allocate a portion of the interest collected on a loan into a margin reserve portion. The reserve amount may be increase or decreased as desired. Furthermore, the agent may hold or distribute the reserve amount according to the compliance, or lack of compliance, of the borrower to certain financial reporting procedures, including the meeting of certain financial goals. A pricing grid or performance grid may be included with the loan agreement to assist in the calculation of interest rate changes and changes to the reserve amount. In addition, traders on the secondary market for loans may minimize the risk of over-payment or under-payment.

Abstract: A computer-implemented system and method for executing trades of financial securities according to a combination passive/aggressive trading strategy that reliably executes trades of lists of securities or blocks of a single security within a desired time frame while taking advantage of dynamic market movement to realize price improvement for the trade within the desired time frame. A passive trading agent executes trades at advantageous prices by floating portions of the order at the bid or ask to maximize exposure to the inside market and attract market orders. An aggressive agent opportunistically takes liquidity as it arises, setting discretionary prices in accordance with historical trading data of the specified security.

Abstract: A method and system of calculating a net present value of an average spot basket option is provided. The method includes calculating a first and second moment of a sum of spot values of all underlyings of a basket and applying a Black-Scholes formalism to the first and second moments to determine the net present value of an average spot basket option. The method further includes calculating a modified forward spot, a modified strike value, and first and second modified normal distribution functions for application in the Black-Scholes formalism. A system in accordance with the invention includes a memory that stores data that is exercised in connection with determining the net present value, a processor that executes code to determine the net present value in accordance with the a first and second moment of the sum of spot values of all underlyings of a basket and the application of a Black-Scholes formalism to the first and second moments to determine the net present value of the average spot basket option.

Abstract: A transaction authorization system comprises an authorization engine (22) configured to perform an analysis in relation to a received request for authorization of an electronic payment transaction and determine an authorization output based on the analysis, wherein the analysis includes application of one or more checking rules of the if-then clause type comparing one or more transaction-related attributes to one or more predefined attribute threshold values.