Method, System, and Computer-Readable Medium for a Modular Smart Light

A modular smart light system for providing safety illumination during a user's operation of a vehicle, the system comprising:

• a modular smart light attached to a front mount, the modular smart light configured to display a plurality of light operations, including a headlight operation, a taillight operation, a left turn signal operation, and a right turn signal operation;
• a sensor configured to determine whether the modular smart light is oriented in a front orientation or a rear orientation;
• and
• a processor configured to operate the modular smart light in a front orientation mode based upon the determination of the sensor that the modular smart light is in the front orientation;
• wherein the processor is configured to switch the modular smart light from operating in the front orientation mode to operating the modular smart light in a rear orientation mode based upon the determination of the sensor that the modular smart light has moved from the front orientation to a rear orientation;
• wherein the headlight operation is configured to be displayed in the front orientation mode, and the taillight operation is configured to be displayed in the rear orientation mode.

A non-transitory computer-readable storage medium having program instructions stored thereon, that when executed by at least one processor, cause the at least one processor to perform steps comprising:

• programming a modular smart light to display a plurality of light operations, including a headlight operation, a taillight operation, a left turn signal operation, and a right turn signal operation;
• determining, with a sensor of the modular smart light, whether the modular smart light is oriented in a front orientation or a rear orientation;
• operating the modular smart light in a front orientation mode based upon the determination of the sensor that the modular smart light is in the front orientation;
• and
• switching the modular smart light from operating in the front orientation mode to operating the modular smart light in a rear orientation mode based upon the determination of the sensor that the modular smart light has moved from the front orientation to a rear orientation;
• wherein the headlight operation is displayed in the front orientation mode, and the taillight operation is displayed in the rear orientation mode.