A computer-implemented method for displaying live video in a vehicle, comprising: causing one or more cameras external to the vehicle to capture a three-dimensional video of an area external to a vehicle, wherein at least a portion of the area external to the vehicle is obstructed from view of the driver, and wherein the one or more cameras are configured to capture the video from a perspective that matches the gaze of a driver; generating, via a stereoscopic display surface disposed within the vehicle, a plurality of display layers (202, 203, 204), wherein each display layer (202, 203, 204) has a different perceived depth relative to the driver of the vehicle and the stereoscopic display surface: characterized in that: causing one or more display elements (210 - 214) associated with a vehicle instrument cluster to be displayed in a first stereoscopic image within a first display layer included in the plurality of display layers (202, 203, 204) that has a first perceived depth relative to the driver of the vehicle and the stereoscopic display surface; and causing a representation of the three-dimensional video to be displayed in a second stereoscopic image within a second display layer included in the plurality of display layers (202, 203, 204) that has a second perceived depth relative to the driver of the vehicle and the stereoscopic display surface, wherein the second perceived depth is greater than the first perceived depth such that the second display layer is disposed behind the first display layer relative to the driver of the vehicle, and wherein the one or more display elements (210 - 214) displayed within the first display layer are transparent to allow the driver of the vehicle to see the three-dimensional video displayed within the second display layer. causing one or more cameras external to the vehicle to capture a three-dimensional video of an area external to a vehicle, wherein at least a portion of the area external to the vehicle is obstructed from view of the driver, and wherein the one or more cameras are configured to capture the video from a perspective that matches the gaze of a driver; generating, via a stereoscopic display surface disposed within the vehicle, a plurality of display layers (202, 203, 204), wherein each display layer (202, 203, 204) has a different perceived depth relative to the driver of the vehicle and the stereoscopic display surface: characterized in that: causing one or more display elements (210 - 214) associated with a vehicle instrument cluster to be displayed in a first stereoscopic image within a first display layer included in the plurality of display layers (202, 203, 204) that has a first perceived depth relative to the driver of the vehicle and the stereoscopic display surface; and causing a representation of the three-dimensional video to be displayed in a second stereoscopic image within a second display layer included in the plurality of display layers (202, 203, 204) that has a second perceived depth relative to the driver of the vehicle and the stereoscopic display surface, wherein the second perceived depth is greater than the first perceived depth such that the second display layer is disposed behind the first display layer relative to the driver of the vehicle, and wherein the one or more display elements (210 - 214) displayed within the first display layer are transparent to allow the driver of the vehicle to see the three-dimensional video displayed within the second display layer.