Abstract: Methods and systems for content management are described. If programming content is distributed to viewers, inaudible audio signals associated with the content may be output along with the content. If a user device detects the one or more inaudible signals, the user device may automatically navigate to a website, launch one or more applications, or send requests for services.

Abstract: Systems, apparatuses, and methods are described for securely storing and managing sensitive information. A gateway may manage the encryption and storage of the sensitive information. A mobile device may be authenticated by the gateway using a local connection between the gateway and the mobile device. The mobile device may access, encrypt and/or decrypt the sensitive information based on being authenticated by the gateway. As an added layer of security, the gateway may re-encrypt the sensitive information when the mobile device is disconnected from the gateway and/or based on a period of time associated with the storing of the sensitive information. The mobile device may receive the re-encrypted information after reconnecting and/or being reauthenticated with the gateway.

Abstract: Methods and systems for content management are described. If programming content is distributed to viewers, inaudible audio signals associated with the content may be output along with the content. If a user device detects the one or more inaudible signals, the user device may automatically navigate to a website, launch one or more applications, or send requests for services.

Abstract: A method of controlling a drive-thru operation of a quick-service restaurant (QSR) includes detecting using a range finding device, when a vehicle enters a drive-thru proximity zone of the QSR; measuring a plurality of range data of the vehicle entering the drive-thru proximity zone; transmitting simultaneously the plurality of range data to a controller device; calculating at the controller device, a dwell time of the vehicle based on the plurality of range data; determining at the controller device, whether the dwell time of the vehicle exceeds a pre-set dwell time threshold; transmitting the dwell time of the vehicle to a cloud server when a violation occurs; and instructing a central station from the cloud server to send a notification message to the QSR when the dwell time of the vehicle exceeds the pre-set threshold.

Abstract: A method of controlling a drive-thru operation of a quick-service restaurant (QSR) includes detecting using a range finding device, when a vehicle enters a drive-thru proximity zone of the QSR; measuring a plurality of range data of the vehicle entering the drive-thru proximity zone; transmitting simultaneously the plurality of range data to a controller device; calculating at the controller device, a dwell time of the vehicle based on the plurality of range data; determining at the controller device, whether the dwell time of the vehicle exceeds a pre-set dwell time threshold; transmitting the dwell time of the vehicle to a cloud server when a violation occurs; and instructing a central station from the cloud server to send a notification message to the QSR when the dwell time of the vehicle exceeds the pre-set threshold.