A rearview display assembly comprising a scanning apparatus for a vehicle configured to process a biometric scanning operation, the apparatus comprising: a display housing comprising a display device forming a display plane; a support housing in supportive connection with the display housing, wherein the support housing is connectable with a connection surface of a portion of the vehicle and forms an interior cavity configured to extend perpendicular from the connection surface; a connection interface adjustably connecting the display housing to the support housing; an image sensor disposed in the display housing and in communication with a second printed circuit board, wherein the image sensor is configured to capture biometric data for the biometric scanning operation; wherein a first printed circuit board is disposed in the interior cavity of the support housing, wherein the first printed circuit board comprises a plurality of planar faces (68a, 68b) terminating at a plurality of edges, wherein the planar faces (68a, 68b) extend perpendicular to the connection surface, wherein the first printed circuit board comprises a controller in communication with the image sensor via a communication interface, the controller configured to: receive the biometric data from the image sensor; and identify a passenger of the vehicle by processing the biometric data; and the second printed circuit board is disposed in the display housing parallel to the display plane and in communication with the display device and the image sensor, wherein the second printed circuit board is in communication with the first printed circuit board. a display housing comprising a display device forming a display plane; a support housing in supportive connection with the display housing, wherein the support housing is connectable with a connection surface of a portion of the vehicle and forms an interior cavity configured to extend perpendicular from the connection surface; a connection interface adjustably connecting the display housing to the support housing; an image sensor disposed in the display housing and in communication with a second printed circuit board, wherein the image sensor is configured to capture biometric data for the biometric scanning operation; wherein a first printed circuit board is disposed in the interior cavity of the support housing, wherein the first printed circuit board comprises a plurality of planar faces (68a, 68b) terminating at a plurality of edges, wherein the planar faces (68a, 68b) extend perpendicular to the connection surface, wherein the first printed circuit board comprises a controller in communication with the image sensor via a communication interface, the controller configured to: receive the biometric data from the image sensor; and identify a passenger of the vehicle by processing the biometric data; and the second printed circuit board is disposed in the display housing parallel to the display plane and in communication with the display device and the image sensor, wherein the second printed circuit board is in communication with the first printed circuit board. a first printed circuit board is disposed in the interior cavity of the support housing, wherein the first printed circuit board comprises a plurality of planar faces (68a, 68b) terminating at a plurality of edges, wherein the planar faces (68a, 68b) extend perpendicular to the connection surface, wherein the first printed circuit board comprises a controller in communication with the image sensor via a communication interface, the controller configured to: receive the biometric data from the image sensor; and identify a passenger of the vehicle by processing the biometric data; and receive the biometric data from the image sensor; and identify a passenger of the vehicle by processing the biometric data; and the second printed circuit board is disposed in the display housing parallel to the display plane and in communication with the display device and the image sensor, wherein the second printed circuit board is in communication with the first printed circuit board.