Intelligent dark sky parking area with dynamic vehicle and lighting control

1 . A system for illuminating pathways in a dark-sky parking area comprising:

a plurality of vehicles, each comprising an onboard sensor suite including at least one imaging camera and a plurality of proximity sensors, a communication module and a wireless transceiver configured to transmit sensor-derived occupancy data and to receive lighting control commands; and

a plurality of motion sensors distributed throughout the parking area and in wireless communication with a central control unit; and

a plurality of overhead lights each comprising a wireless control circuit; and

the central control unit comprises a processor and a memory containing a spatial map of the parking area, the central control unit being in wireless communication with the wireless transceivers of the plurality of vehicles and the wireless control circuits of the overhead lights; wherein

the central control unit is configured to execute instructions to define an illuminated pathway from an arriving vehicle to an empty parking space identified by the sensor-derived occupancy data received from the onboard sensor suites of one or more stationary vehicles; and wherein

the overhead lights and a lighting system of the arriving vehicle are synchronized by the central control unit to illuminate only the illuminated pathway.

2 . The system of claim 1 wherein:

the vehicle communication modules' sensor-derived occupancy data includes information denoting the presence of one or more vehicles in the parking area, causing the central control unit to activate nearby vehicle and overhead lights to create an illuminated pathway.

3 . The system of claim 1 wherein:

signals from the motion sensors include information denoting the presence of one or more pedestrians, causing the central control unit to activate nearby vehicle and overhead lights to create an illuminated pathway to the pedestrian's vehicle.

4 . The system of claim 1 wherein:

the central control unit continuously updates the lighting configuration based on real-time data to ensure a well-lit path for both vehicles and pedestrians.

5 . The system of claim 1 wherein:

vehicle and overhead lights are turned off automatically after a predetermined period once the vehicle has parked or the pedestrian has reached their vehicle.

6 . The system of claim 1 wherein:

the central control unit and communication modules use secure wireless communication protocols to ensure reliable signal transmission and minimize interference.

7 . A method for operating the system of claim 1 , the method comprising:

detecting the arrival of at least one vehicle; and

receiving a signal in the central control unit; and

processing the signal; and

activating lighting; and

adapting lighting to accommodate the movement of the at least one vehicle; and

deactivating lighting when the at least one vehicle is parked and the driver has left the vicinity; and

repeating the method.

8 . A method for operating the system of claim 1 , the method comprising:

detecting the arrival of at least one pedestrian; and

receiving a signal in the central control unit; and

processing the signal; and

activating lighting; and

adapting lighting to accommodate the movement of the at least one pedestrian; and

deactivating lighting when the at least one pedestrian has been led to their vehicle and left the vicinity.