A credit card system is provided which has the added feature of providing additional limited use credit card numbers and/or cards. These numbers and/or cards can be used for a single or limited use transaction, thereby reducing the potential for fraudulent reuse of these numbers and/or cards. The credit card system finds application to “card remote” transactions such as by phone or Internet. Additionally, when a single use or limited use credit card is used for “card present” transactions, so called “skimming” fraud is eliminated. Various other features enhance the credit card system, which will allow secure trade without the use of elaborate encryption techniques. Methods for limiting, distributing and using a limited use card number, controlling the validity of a limited use credit card number, conducting a limited use credit card number transaction and providing remote access devices for accessing a limited use credit card number are also provided.

Credit card system and method

A method for providing unequal allocation of rights among agents while operating according to fair principles, comprising assigning a hierarchal rank to each agent; providing a synthetic economic value to a first set of agents at the a high level of the hierarchy; allocating portions of the synthetic economic value by the first set of agents to a second set of agents at respectively different hierarchal rank than the first set of agents; and conducting an auction amongst agents using the synthetic economic value as the currency. A method for allocation among agents, comprising assigning a wealth generation function for generating future wealth to each of a plurality of agents, communicating subjective market information between agents, and transferring wealth generated by the secure wealth generation function between agents in consideration of a market transaction. The method may further comprise the step of transferring at least a portion of the wealth generation function between agents.

Multifactorial optimization system and method

A system and method for effectuating Electronic Funds Transfer credit messages. The main structural components of the system include a Payment Portal Processor (PPP), an Internet Pay Anyone (IPA) Account, a Virtual Private Lockbox (VPL) and an associated Account Reporter, the existing EFT networks, and a cash card for accessing a VPL or IP account. The PPP is a software application that provides a secure portal for accessing (linking to) either the user's Demand Deposit Account (DDA) or an IPA account and can be combined with the functionality of a traditional digital Wallet. Consumers use a PPP enhanced Wallet to fund their account, shop on the web, pay bills, pay anyone, store electronic receipts and transaction history, and check their recent PPP enhanced Wallet activity. The IPA account is a special purpose account with limited functionality for making electronic payments in the form of EFT credit messages. The VPL is a limited function receive only account for receiving electronic payments through the EFT. The Account Reporter is a portal to view transaction history and balance of IPA and VPL accounts, provide online, real-time transaction reports, and to reconcile accounts receivable/purchase records against incoming EFT payment records. A physical card can be associated with either an IPA or VPL account in order to provide PIN debit capability.

Method and system for processing internet payments using the electronic funds transfer network

A disclosed gaming machine provides methods and apparatus for operating a wireless game player that presents a game of chance executed on a gaming machine in communication with the wireless game player. In one embodiment, the wireless game player is a hand-held mobile device, electronically linked to a licensed gaming machine via a wireless connection. All random number generation (RNG) events, game outcomes, meter information, game related information, and all cash transactions are maintained in the licensed (controlled) gaming machine and not the wireless game player. The wireless game player may be used anywhere within the legal areas of the casino and it has the capability of identifying who is using it. For example, a biometric input device, such as a finger print reader may be used on the wireless game player to identify the player. Thus, the issue of under-age or excluded players is addressed.

Wireless game player

The interactive authentication system allows a consumer to interact with a base station, such as broadcast media (e.g., television and radio) or PC, to receive coupons, special sales offers, and other information with an electronic card. The electronic card can also be used to transmit a signal that can be received by the base station to perform a wide variety of tasks. These tasks can include launching an application, authenticating a user at a website, and completing a sales transaction at a website (e.g., by filling out a form automatically). The interaction between the base station and the electronic card is accomplished by using the conventional sound system in the base station so that a special reader hardware need not be installed to interact with the electronic card. The user is equipped with an electronic card that can receive and transmit data via sound waves. In the various embodiments, the sound waves can be audible or ultrasonic (which can be slightly audible to some groups of people).

Physical presence digital authentication system

An architecture and system uses a smart card for payment of goods and/or services purchased on-line over the Internet A client server on a client terminal controls the interaction with a consumer and interfaces to a card reader which accepts the consumer's smart card A payment server on the Internet includes a computer and terminals that contain security cards to handle the transaction, data store and collection Also connected over the Internet is a merchant server advertising the goods and/or services offered by a merchant for sale on a web site The merchant contracts with an acquirer to accept smart card payments for goods and/or services purchased over the Internet A consumer uses his smart card at the client terminal in order to purchase goods and/or services from the remote merchant server The Internet provides the routing functionality between the client terminal, merchant server and payment server The client terminal emulates a security card in interacting with the smart card, and the responses received are grouped together and sent as a draw request message to the payment server The payment server then emulates the smart card in an interaction with the security card The security card delivers the expected smart card signature to the payment server and/or on to the client terminal or merchant server to reduce message traffic between the entities on the network The comparison of the smart card signature to an expected value can occur at any location Encryption is used for security

Internet payment system using smart card

An architecture and system loads and uses a smart card for payment of goods and/or services purchased on-line over the Internet. A client module on a client terminal controls the interaction with a consumer and interfaces to a card reader which accepts the consumer's smart card and allows loading and debiting of the card. Debiting works in conjunction with a merchant server and a payment server. Loading works in conjunction with a bank server and a load server. The Internet provides the routing functionality between the client terminal and the various servers. A payment server on the Internet includes a computer and a security module (or a security card in a terminal) to handle the transaction, data store and collection. A merchant server advertises the goods and/or services offered by a merchant for sale on a web site. The merchant contracts with an acquirer to accept smart card payments for goods and/or services purchased over the Internet. A consumer uses his smart card at the client terminal in order to purchase goods and/or services from the remote merchant server. The client terminal sends a draw request to the payment server. The payment server processes, confirms and replies to the merchant server (optionally by way of the client terminal). To load value, the client terminal requests a load from a user account at the bank server. A load request is sent from the card to the load server which processes, confirms and replies to the bank server (optionally by way of the client terminal). The bank transfers loaded funds to the card issuer for later settlement for a merchant from whom the user purchases goods with value on the card.

Internet loading system using smart card

Secure activation of stored value cards (30) at a point of distribution uses a portable activation secure application module (ASAM) (208) within the card dispensing machine (24) to activate each card. Each card has a standard user mode and a security user mode. In the standard user mode the card is activated and ready for use. In the security user mode the card is not active and cannot be used to make a purchase. An issuer (20) supplies an issuer activation key (40) to a card supplier (22) who produces a security code (72) which is stored on a stored value card (30). Cards are supplied to the issuer (20) in security user mode, and stored in a dispensing machine (24). The issuer activation key (40) is also relayed to the dispensing machine and stored on the ASAM (208). Upon purchase by a customer (26), the issuer activation key (40) is used within the machine (24) by the ASAM (208) to reproduce the security code (72) and to activate a card. An activation control counter (ACC) is stored within the ASAM and is decremented for every attempt at activation of a card. ASAMs are maintained in the field using a dial-up connection to a central computer (202) with a control secure application module (CSAM) (206), or using a field secure application module (FSAM) (502) that is created at a central location using the CSAM (206). Each FSAM is able to update a limited number of ASAMs. A hierarchy of keys (600) is used by the CSAM, the FSAMs and ASAMs to ensure security.

Card activation at point of distribution

A system loads, authenticates and uses a virtual smart card for payment of goods and/or services purchased on-line over the Internet. An online purchase and load (OPAL) server includes a virtual smart card data base that has a record of information for each smart card that it represents for a user at the behest of an issuer. The server includes a smart card emulator that emulates a smart card by using the card data base and a hardware security module. The emulator interacts with a pseudo card reader module in the server that imitates a physical card reader. The server also includes a client code module that interacts with the pseudo card reader and a remote payment or load server. A pass-through client terminal presents a user interface and passes information between the OPAL server and a merchant server, and between the OPAL server and a bank server. The Internet provides the routing functionality between the client terminal and the various servers. A merchant advertises goods on a web site. A user uses the client terminal to purchase goods and/or services from the remote merchant server. The payment server processes, confirms and replies to the merchant server. The payment server is also used to authenticate the holder of a virtual card who wishes to redeem loyalty points from a merchant. To load value, the client terminal requests a load from a user account at the bank server. The load server processes, confirms and replies to the bank server.

Internet payment, authentication and loading system using virtual smart card

An architecture and system loads and uses a smart card (5) for payment of goods and/or services purchased on-line over the Internet (202). A client module on a client terminal (204) controls the interaction with a consumer and interfaces to a card reader (210) which accepts the consumer's smart card (5) and allows loading and debiting of the card. Debiting works in conjunction with a merchant server (208) and a payment server (206). Loading works in conjunction with a bank server (860) and a load server (862). The Internet provides the routing functionality between the client terminal and the various servers. A payment server (206) on the Internet includes a computer and a security module (or a security card (218) in a terminal (214)) to handle the transaction, data store and collection. A merchant server (208) advertises the goods and/or services offered by a merchant for sale on a web site. The merchant contracts with an acquirer to accept smart card payments for goods and/or services purchased over the Internet. A consumer uses his smart card (5) at the client terminal (204) in oder to purchase goods and/or services from the remote merchant server (208). The client terminal sends a draw request to the payment server. The payment server processes, confirms and replies to the merchant server (optionally by way of the client terminal). To load value, the client terminal (204) requests a load from a user account at the bank server (860). A load request is sent from the card (5) to the load server (862) which processes, confirms and replies to the bank server (optionally by way of the client terminal). The bank transfers loaded funds to the card issuer (108) for later settlement for a merchant from whom the user purchases goods with value on the card.

Virgil M. Davis

Papers

Internet payment system using smart card

Internet loading system using smart card

Card activation at point of distribution

Internet payment, authentication and loading system using virtual smart card

Internet payment and loading system using smart card