A game system and game method wherein an e-ticket is displayed before the start of a game and contains a plurality of game indexes, an open code containing encrypted information about a combination of winning indexes stored on a game server, and information about prizes for a successful search. The user identifies the game indexes in the e-ticket and sends the indexes from the terminal to the game server. The game server compares the indexes, determines the result of the game, and sends an e-coupon to the terminal containing the indexes, the result of the game and an encryption key. The e-coupon allows the user to obtain their prize and/or check on a public resource that the result of encrypting the combination of winning indexes using the aforesaid key matches the open code, and that any alteration of the key and/or the combination of winning indexes corrupts the open code.

The presented invention relates to a method and device for the quantum generation of random numbers. The invention can be implemented in generation of random numbers in lotteries and gaming. The device for a self-testing quantum number generator especially in lotteries and gaming comprising: interferometer, a control unit CU connected to the signal source S, the signal is with interference property, components A that modify the signal's properties, and detectors D for measuring the signal's intensity by electrical wires. Components A are controlled by the control unit CU via electrical wires with parameters x. Detectors D are configured to measure signal intensity and send the measurement results d, via electrical wires to the control unit CU. The control unit CU performs a self-test based on the measurement results d and returns its outcome Hmin. The control unit CU returns random numbers d, and the result of self-test Hmin.

A method, system, and device for securely and deterministically selecting a winner for a raffle taking into account content from the raffle tickets of the raffle. Each raffle ticket comprises entry data for obtaining an entry number such that the entry data is strongly encrypted by the client computer for communication over the computer network to the server computer. Decrypting, at the server computer, the entry data. Obtaining a first output related to the raffle by computing a first deterministic mathematical function taking a first plurality of inputs, wherein the first plurality of inputs comprise the entry numbers. Selecting a winning raffle ticket by obtaining a second output related to the raffle by computing a second deterministic mathematical mapping function taking as a second input the first output of the first mathematical function, wherein the second output corresponds to the winning raffle ticket.

A lottery ticket dispensing method provides different types of lottery tickets in a jurisdiction and includes providing first lottery tickets for sale from a dispenser for a first type of lottery game. Upon a player making a selection of one of the first lottery tickets for purchase, a controller in communication with the dispenser determines whether one or more other lottery games are available for play within the jurisdiction. The method assigns one or more companion games from the available other lottery games based on the player's selection of the first lottery ticket and predefined filter values. The companion games are presented to the player as a suggestion or recommendation for an additional lottery ticket purchase. Upon the player selecting one of the companion games for purchase, the additional lottery ticket is provided to the player from the dispenser.

A system enables a method of executing a game of baccarat with a side bet event. The system includes a gaming table with at least two distinct player positions. The gaming table having positions thereon for placing an initial wager on the game of baccarat and for placing a second wager on the side bet event from at least one of at least two player positions at the gaming table on the game of baccarat, the side bet resolved by final playing cards at the player hand position and the banker hand position. Each of the at least two player positions has a secondary random outcome indicator display. The gaming table has a random event generator providing distinct random event outcome indicators to the secondary random outcome indicator displays at each player position and each distinct random event outcome indicator represents a single digit number value.

The disclosure describes a software-implemented method for an easy-to-use interface for processing financial transactions. Described is a graphical user interface having the look-and-feel of a lottery ticket. Additionally, the way this user interface is used to create a list of financial transactions and their sequentially processing by a computer is defined.

This disclosure relates to devices, systems, and methods include an electronic gaming device management system including a memory including one or more promotional gaming structures, one or more processors configured to implement the one or more promotional gaming structures, where the one or more promotional gaming structures includes a first promotional gaming structure relating to a first gaming site.

Both dice and teetotums have been traditionally more portable than traditional spinning wheels as a means of random result generation. This invention aims to make a spinning wheel just as portable as either of the above.

Both dice and teetotums have been traditionally more portable than traditional spinning wheels as a means of random result generation. This invention aims to make a spinning wheel just as portable as either of the above.

The current invention is an improvement to the random number generator described in U.S. Pat. No. 5,088,737. Random digits are generated by mixing ten differently colored balls in a transparent chamber. The entire surfaces of all the balls are uniformly colored and unmarked. None of the balls contains any electronic identification devices. A color sensor mounted near the settlement pocket of the mixing chamber emits data that is unique for each ball. A miniature computer and novel software correlate the data emitted for each of the ten balls with a different digit. One of the balls is randomly separated from the others and comes to rest near the color sensor without human intervention. The computer and its software record the digit that is correlated with the randomly separated ball and command a mini-projector to display the digit on the ball's surface in an upright position.