Abstract: Systems and methods are disclosed herein for pricing an insurance premium based on telematics data. The system includes a communications interface and a business logic processor in communications with the communications interface. The communications interface receives telematics data collected by a telematics acquisition device configured at a dealership for collecting telematics data of a vehicle sold by the dealership. The communications interface also receives vehicle data indicating the make and model of the vehicle sold and vehicle owner data related to the purchaser of the vehicle sold. The business logic processor determines an insurance quote for the purchaser based on the received telematics data, vehicle data, and vehicle owner data. The communications interface transmits the insurance quote for the purchaser of the vehicle.

Abstract: A rigid antenna support structure is designed and prefabricated to rest on two or more existing support foots normally found on a roof or similar structure. The antenna support structure, to which antennas are attached, possess mounting brackets associated with the exterior of the structure configured to accept a plurality of vertical support members composed of a substantially RF transparent material. Attached to the vertical support members are a number of horizontal support members thereafter forming a concealment assembly skeleton. A plurality of RF transparent panels are then connected to the horizontal support members so as to form a concealment assembly that conceals the antenna support structure and antennas. The concealment assembly is environmentally and aesthetically pleasing, and retains RF transparency so as to not to attenuate the RF signals being sent to or originating from the antennas housed within.

Abstract: Systems and methods are disclosed herein for pricing an insurance premium based on telematics data. The system includes a communications interface and a business logic processor in communications with the communications interface. The communications interface receives telematics data collected by a telematics acquisition device configured at a dealership for collecting telematics data of a vehicle sold by the dealership. The communications interface also receives vehicle data indicating the make and model of the vehicle sold and vehicle owner data related to the purchaser of the vehicle sold. The business logic processor determines an insurance quote for the purchaser based on the received telematics data, vehicle data, and vehicle owner data. The communications interface transmits the insurance quote for the purchaser of the vehicle.

Abstract: A rigid antenna support structure is designed and prefabricated to rest on two or more existing support foots normally found on a roof or similar structure. The antenna support structure, to which antennas are attached, possess mounting brackets associated with the exterior of the structure configured to accept a plurality of vertical support members composed of a substantially RF transparent material. Attached to the vertical support members are a number of horizontal support members thereafter forming a concealment assembly skeleton. A plurality of RF transparent panels are then connected to the horizontal support members so as to form a concealment assembly that conceals the antenna support structure and antennas. The concealment assembly is environmentally and aesthetically pleasing, and retains RF transparency so as to not to attenuate the RF signals being sent to or originating from the antennas housed within.

Abstract: A rigid antenna support structure is designed and prefabricated to rest on two or more existing support foots normally found on a roof or similar structure. The antenna support structure, to which antennas are attached, possess mounting brackets associated with the exterior of the structure configured to accept a plurality of vertical support members composed of a substantially RF transparent material. Attached to the vertical support members are a number of horizontal support members thereafter forming a concealment assembly skeleton. A plurality of RF transparent panels are then connected to the horizontal support members so as to form a concealment assembly that conceals the antenna support structure and antennas. The concealment assembly is environmentally and aesthetically pleasing, and retains RF transparency so as to not to attenuate the RF signals being sent to or originating from the antennas housed within.