Abstract: The present disclosure relates to a sophisticated system and method of transmitting individual feelings, emotions, and perceptions. The system and method consistent with the present disclosure includes capturing emotions, feelings, or perceptions in a contextual context. The emotions, feelings, or perceptions may be dispatched from a user using an electronic communications device such as a smartphone.

Abstract: The present disclosure relates to a sophisticated system and method of transmitting and receiving emotes of individual feelings, emotions, and perceptions with the ability to respond back in real time. The system includes receiving an emote transmission. The emote expresses a present idea or a present emotion in relation to a context. The emote transmission is enacted in response to the context. The system further includes receiving a plurality of emote transmissions in relation to a context during a first time period wherein the plurality of emote transmissions express at least one of a plurality of expected outcomes related to the context. The system includes a kiosk which comprises a camera, a display which comprises a user interface having one or more emotives that indicate one or more present ideas or present emotions, and a non-transitory storage readable storage medium comprising a back-end context recognition system.

Abstract: Readily available mobile computing devices and electronic display signs that are associated with particular locations are used to provide enhanced location specific services to customers in a secure manner. A customer at enterprise premises can access the available services published by the enterprise by capturing information from an electronic display sign using an authentic mobile computing device application. Non-reproducible content is displayed on the electronic display signs to enable authentication of a mobile computing device application, where the mobile computing device application once authenticated acts as a trusted end point to publish the enterprise services. Hardware investment for the enterprise is reduced, and shortcomings of existing network based location specific services are overcome.

Abstract: The use of bi-stable display technology in electronic signage systems introduces non-volatile content. As a result, incorrect pricing may be displayed during times of system failure such as battery removal, electronic signage relocation, loss of network connectivity, battery exhaustion, etc. Such failures are detected, and the content is invalidated upon occurrence of a failure.

Abstract: Readily available mobile computing devices and electronic display signs that are associated with particular locations are used to provide enhanced location specific services to customers in a secure manner. A customer at enterprise premises can access the available services published by the enterprise by capturing information from an electronic display sign using an authentic mobile computing device application. Non-reproducible content is displayed on the electronic display signs to enable authentication of a mobile computing device application, where the mobile computing device application once authenticated acts as a trusted end point to publish the enterprise services. Hardware investment for the enterprise is reduced, and shortcomings of existing network based location specific services are overcome.