A vehicle rear-view mirror system, comprising: a mirror housing; a mirror unit configured to rest within the mirror housing, the mirror unit including a first camera and a second camera, and a first reflective surface and a second reflective surface; a first actuation device configured to rotate the mirror unit within the mirror housing; a processor device; and a memory (214, 220) including instructions that, when executed with the processor device, cause the system to, at least: capture, via one of the cameras (308, 310), image information related to a driver; determine, based on a level of light entering the mirror housing indicating a day condition or a night condition, one of the two cameras (308, 310) to be activated; determine, from the image information, a degree of rotation; and provide, to the first actuation device, instructions to rotate the mirror unit within the mirror housing such that one of the reflective surfaces (304, 306) is at the determined degree of rotation, wherein the first camera which is positioned perpendicular to the first reflective surface, is configured to capture image information in night conditions, and the second camera which is positioned perpendicular to the second reflective surface is configured to capture image information in day conditions. a mirror housing; a mirror unit configured to rest within the mirror housing, the mirror unit including a first camera and a second camera, and a first reflective surface and a second reflective surface; a first actuation device configured to rotate the mirror unit within the mirror housing; a processor device; and a memory (214, 220) including instructions that, when executed with the processor device, cause the system to, at least: capture, via one of the cameras (308, 310), image information related to a driver; determine, based on a level of light entering the mirror housing indicating a day condition or a night condition, one of the two cameras (308, 310) to be activated; determine, from the image information, a degree of rotation; and provide, to the first actuation device, instructions to rotate the mirror unit within the mirror housing such that one of the reflective surfaces (304, 306) is at the determined degree of rotation, wherein the first camera which is positioned perpendicular to the first reflective surface, is configured to capture image information in night conditions, and the second camera which is positioned perpendicular to the second reflective surface is configured to capture image information in day conditions. capture, via one of the cameras (308, 310), image information related to a driver; determine, based on a level of light entering the mirror housing indicating a day condition or a night condition, one of the two cameras (308, 310) to be activated; determine, from the image information, a degree of rotation; and provide, to the first actuation device, instructions to rotate the mirror unit within the mirror housing such that one of the reflective surfaces (304, 306) is at the determined degree of rotation, wherein the first camera which is positioned perpendicular to the first reflective surface, is configured to capture image information in night conditions, and the second camera which is positioned perpendicular to the second reflective surface is configured to capture image information in day conditions.