Abstract: Some embodiments include a system for delivery of binaural audio to a consumer including a computing device with a processor, a non-transitory computer readable medium having stored instructions that when executed by the computing device, cause the computing device to perform operations for delivery of the binaural audio to the consumer through the consumer device. The operations can enable a delivery server to associate the consumer device with a binaural audio file associated with the event attended by the consumer. The operations can enable the consumer device to retrieve and download a binaural audio file from the delivery server, and to receive synchronization information associated with the event and the binaural audio file. The operations can also include processing the binaural audio file and delivering audio through an audio emitting device coupled to the consumer device, where the delivered audio is synchronized with the event.

Abstract: Some embodiments include a system for delivery of binaural audio to a consumer including a computing device with a processor, a non-transitory computer readable medium having stored instructions that when executed by the computing device, cause the computing device to perform operations for delivery of the binaural audio to the consumer through the consumer device. The operations can enable a delivery server to associate the consumer device with a binaural audio file associated with the event attended by the consumer. The operations can enable the consumer device to retrieve and download a binaural audio file from the delivery server, and to receive synchronization information associated with the event and the binaural audio file. The operations can also include processing the binaural audio file and delivering audio through an audio emitting device coupled to the consumer device, where the delivered audio is synchronized with the event.

Abstract: In order to achieve an enhanced audio experience, audio information, for example a movie soundtrack having binaural components, may be stored on a mobile device prior to the beginning of a movie presentation in a theater. Responsive to an audio sync signal presented to the mobile device, the audio information may be played back from the mobile device in a manner synchronized to display of the movie on a theater screen. The audio sync signal may be a high-frequency signal emitted by a loudspeaker in the theater. The audio information may be customized for a user. For example, via use of a binaural audio system, a user of a first mobile device may experience a movie presentation in a theater in a first language, and user of a second mobile device may experience the same movie presentation in the theater in a second language.