Abstract: There is described a user mobile device and an enterprise gateway for providing dynamic building interfaces. The gateway receives a request for cards from the device, and the device receives the cards from the gateway in response to the request. Each card has a structure corresponding to one of multiple pre-defined templates. Each card has an assigned rank and is associated with a list of cards defined when the cards are ordered in accordance with the assigned rank. The assigned rank of each card is based at least in part on a user target profile associated with the user mobile device and the customer identification. The gateway comprises a processor that determines an assigned rank for each card based at least in part on a user target profile associated with the user mobile device and the customer identification. The device provides at least one card of the list of cards.

Abstract: There is described a user mobile device and an enterprise gateway for providing dynamic building interfaces. The gateway receives a request for cards from the device, and the device receives the cards from the gateway in response to the request. Each card has a structure corresponding to one of multiple pre-defined templates. Each card has an assigned rank and is associated with a list of cards defined when the cards are ordered in accordance with the assigned rank. The assigned rank of each card is based at least in part on a user target profile associated with the user mobile device and the customer identification. The gateway comprises a processor that determines an assigned rank for each card based at least in part on a user target profile associated with the user mobile device and the customer identification. The device provides at least one card of the list of cards.

Abstract: The present disclosure relates to a system and method for transmitting occupancy-related data from sensors to a remote server using smart phones instead of a gateway. Sensors in a building or other location collect and buffer occupancy-related data. Each sensor periodically generates an advertisement beacon with an identifier and a data payload that includes buffered occupancy-related data. The sensors wirelessly broadcast the advertisement beacons. A plurality of mobile devices (e.g., smartphones) execute an application that scans for advertisement beacons with the above-referenced identifier. In response to a mobile device with the application being in the vicinity of a sensor and detecting an advertisement beacon with the identifier, the mobile device forwards the advertisement beacon to a remote server, which uses the beacon's data payload to calculate the occupancy of a building or location.

Abstract: The present disclosure provides a system, method, and computer program for conditioning a building environment based on occupancy estimates. In one embodiment, the method includes tracking the user's entries to and exits from the building on a mobile device associated with the user for each of a plurality of users. Entry and exit event data from the users' mobile devices are used to estimate occupancy of the building. The conditioning of the building environment is adjusted in accordance with changes in occupancy estimates. In certain embodiments, where the building has a plurality of zones, each entry and exit event may be correlated with one of the plurality of zones. Occupancy is estimated within each zone using the zone-correlated entry and exit events. Alternately, users' locations within the building may be estimated using an indoor localization technique. Each zone is then conditioned in accordance with the occupancy of the zone.

Abstract: The present disclosure provides a system, method, and computer program for conditioning a building environment based on occupancy estimates. In one embodiment, the method includes tracking the user's entries to and exits from the building on a mobile device associated with the user for each of a plurality of users. Entry and exit event data from the users' mobile devices are used to estimate occupancy of the building. The conditioning of the building environment is adjusted in accordance with changes in occupancy estimates. In certain embodiments, where the building has a plurality of zones, each entry and exit event may be correlated with one of the plurality of zones. Occupancy is estimated within each zone using the zone-correlated entry and exit events. Alternately, users' locations within the building may be estimated using an indoor localization technique. Each zone is then conditioned in accordance with the occupancy of the zone.