Abstract: A system for providing temporary, transportable cellular communications networks is disclosed. The system includes at least one mobile base station and a control system. The mobile base station can include an aerial vehicular base station with a frame and propellers mounted on the frame that enable flight of the aerial vehicular base station while the control system is configured to control the flight path and functioning of the aerial vehicular base station. The aerial vehicular base station includes hardware and software components for providing cellular network coverage for short ranges. The control system determines the safe flight path for the aerial vehicular base station to reach a service location to provide cellular network coverage. The aerial vehicular base station identifies the closest base stations and available spectrum at the service location to provide communication services for the user equipment at the service location.

Abstract: A system for providing temporary, transportable cellular communications networks is disclosed. The system includes at least one mobile base station and a control system. The mobile base station can include an aerial vehicular base station with a frame and propellers mounted on the frame that enable flight of the aerial vehicular base station while the control system is configured to control the flight path and functioning of the aerial vehicular base station. The aerial vehicular base station includes hardware and software components for providing cellular network coverage for short ranges. The control system determines the safe flight path for the aerial vehicular base station to reach a service location to provide cellular network coverage. The aerial vehicular base station identifies the closest base stations and available spectrum at the service location to provide communication services for the user equipment at the service location.

Abstract: A remote care system may include a platform that includes one or more memory devices and one or more processors communicatively coupled to the one or more memory devices. The platform may connect and communicate bi-directionally with a plurality of devices via a gateway device. At least some of the plurality of devices may include sensors capable of gathering vitals data from a patient. The vitals data may include different types of vitals data. The platform may connect and communicate bi-directionally with another plurality of devices. The other plurality of devices may be remote to the gateway device and the at least some of the plurality of devices. The platform may support continuous and live streaming of the vitals data from the sensors. The platform may perform a set of actions on a per patient basis based on analyzing the vitals data.