Abstract: The described technology pertains to vehicle safety systems in the field of vision and detection. A vehicle vision and detection system includes multiple cameras and/or detectors within the housing configured designed for attachment to a hood or fender of a vehicle to capture image or detection data for forward and/or cross-traffic fields of view on opposite sides of the vehicle. One or more processors are connected to the cameras and/or detectors to receive and analyze image or detection data, identify objects, assess risk levels for each identified object, and activate an output interface to alert a vehicle operator based on the assessed risk level.

Abstract: A window display system for a vehicle is provided to display blind spot information to an occupant. The system includes a vehicle window with an interior side facing the passenger compartment and an exterior side facing away, a transparent display integrated with the window to present visual information to the occupant, environment sensors mounted on the vehicle to acquire visual data of the exterior environment corresponding to a blind spot region, turn signal sensors operatively coupled to a turn signal to detect activation, and a controller operatively connected to the transparent display, environment sensors, and turn signal sensors. The controller includes a processor and memory storing instructions that, when executed, detect an object in the blind spot region and activation of the turn signal, and in response, cause the transparent display to overlay a highlighted representation of the object on the interior side of the window.