Abstract: A method and device are disclosed for pseudorandomly generating a streamed video presentation of a draw game from a plurality of previously recorded video fragments using a deterministic random number generator. After all wagering is concluded, a deterministic random number generator also determines the outcome of the drawing. The method and device enable the periodic reseeding of the deterministic random number generator such that each new draw game deterministic random number generator will at least be partially reseeded with a different starting seed than was used in the previous draw game.

Abstract: A method and device are disclosed for pseudorandomly generating a streamed video presentation of a draw game from a plurality of previously recorded video fragments. After all wagering is concluded, a random number generator determines the outcome of the drawing. The method and device enable the automated generation of a lifelike video draw game by culling a set of video fragments from a larger plurality, with the culling process at least partially determined by a feedback loop of player preferences. After the culling process is completed, a random number generator pseudorandomly selects video fragments from the culled set creating various scenes comprising the streamed video presentation.

Abstract: A method and device are disclosed for pseudorandomly generating a streamed video presentation of a draw game from a plurality of previously recorded video fragments. After all wagering is concluded, a random number generator determines the outcome of the drawing. The method and device enable the automated generation of a lifelike video draw game by culling a set of video fragments from a larger plurality, with the culling process at least partially determined by a feedback loop from the previous scene or game. After the culling process is completed, a random number generator pseudorandomly selects video fragments from the culled set creating various scenes comprising the streamed video presentation.

Abstract: A method and device are disclosed for providing dual sector authentication for an electronic draw game, allowing a plurality of player devices to interact over a network with front-facing and back-facing entities seamlessly. The front-facing entity ensures player login credentials, maintains a wallet for each player, and provides secure token IDs uniquely identifying each player to the back-facing entity. The back-facing entity pseudorandomly generates draw game video scenes, processes player wagers, and determines the draw game results.

Abstract: An apparatus and method are provided for creating a plurality of different video presentations that simulate a broadcasted game of chance. The game of chance has a plurality of successive stages, including a betting stage during which players enter bets for the game of chance, and a game play stage. The game play stage begins at the end of the betting stage and ends with a game outcome. A memory stores a plurality of video fragments associated with a game of chance. The video fragments include a first set of video fragments that are associated with the betting stage, and a second set of video fragments that are associated with the game play stage. At least some of the video fragments have a plurality of different video takes that represent the same video fragment. The second set of video fragments include a game outcome video fragment. The game outcome video fragment includes a plurality of different video takes that represent different game outcomes.

Abstract: An apparatus and method are provided for creating a plurality of different video presentations that simulate a broadcasted game of chance. The game of chance has a plurality of successive stages, including a betting stage during which players enter bets for the game of chance, and a game play stage. The game play stage begins at the end of the betting stage and ends with a game outcome. A memory stores a plurality of video fragments associated with a game of chance. The video fragments include a first set of video fragments that are associated with the betting stage, and a second set of video fragments that are associated with the game play stage. At least some of the video fragments have a plurality of different video takes that represent the same video fragment. The second set of video fragments include a game outcome video fragment. The game outcome video fragment includes a plurality of different video takes that represent different game outcomes.

Abstract: An apparatus and method are provided for creating a plurality of different video presentations that simulate a broadcasted game of chance. The game of chance has a plurality of successive stages, including a betting stage during which players enter bets for the game of chance, and a game play stage. The game play stage begins at the end of the betting stage and ends with a game outcome. A memory stores a plurality of video fragments associated with a game of chance. The video fragments include a first set of video fragments that are associated with the betting stage, and a second set of video fragments that are associated with the game play stage. At least some of the video fragments have a plurality of different video takes that represent the same video fragment. The second set of video fragments include a game outcome video fragment. The game outcome video fragment includes a plurality of different video takes that represent different game outcomes.