A method for delivering overhead video to a computing device, the method comprising: under control of an overhead video delivery system comprising computing hardware: receiving overhead video from an overhead imaging platform; creating a pyramid structure of video streams through recursive segmentation of the overhead video, thereby to generate a first video stream having a first resolution and a second video stream having a second resolution less than the first resolution; creating first georeferenced video data and second georeferenced video data by incorporating georeferencing coordinates and time synchronization information into the first and second video streams, respectively; storing the first georeferenced video data and the second georeferenced video data in one or more transcoded video files; selecting a primary video stream and a secondary video stream for transmission, wherein the primary video stream and the secondary video stream are selected to control the rate of data transmission to the computing device, such that the rate of data transmission to the computing device does not exceed a bandwidth limitation, wherein the primary video stream comprises the first georeferenced video data and the secondary video stream comprises the second georeferenced video data; and transmitting the primary and secondary video streams to the computing device, wherein the primary video stream includes images of a geographical region and the secondary video stream includes images of a proximal geographical region. under control of an overhead video delivery system comprising computing hardware: receiving overhead video from an overhead imaging platform; creating a pyramid structure of video streams through recursive segmentation of the overhead video, thereby to generate a first video stream having a first resolution and a second video stream having a second resolution less than the first resolution; creating first georeferenced video data and second georeferenced video data by incorporating georeferencing coordinates and time synchronization information into the first and second video streams, respectively; storing the first georeferenced video data and the second georeferenced video data in one or more transcoded video files; selecting a primary video stream and a secondary video stream for transmission, wherein the primary video stream and the secondary video stream are selected to control the rate of data transmission to the computing device, such that the rate of data transmission to the computing device does not exceed a bandwidth limitation, wherein the primary video stream comprises the first georeferenced video data and the secondary video stream comprises the second georeferenced video data; and transmitting the primary and secondary video streams to the computing device, receiving overhead video from an overhead imaging platform; creating a pyramid structure of video streams through recursive segmentation of the overhead video, thereby to generate a first video stream having a first resolution and a second video stream having a second resolution less than the first resolution; creating first georeferenced video data and second georeferenced video data by incorporating georeferencing coordinates and time synchronization information into the first and second video streams, respectively; storing the first georeferenced video data and the second georeferenced video data in one or more transcoded video files; selecting a primary video stream and a secondary video stream for transmission, wherein the primary video stream and the secondary video stream are selected to control the rate of data transmission to the computing device, such that the rate of data transmission to the computing device does not exceed a bandwidth limitation, wherein the primary video stream comprises the first georeferenced video data and the secondary video stream comprises the second georeferenced video data; and transmitting the primary and secondary video streams to the computing device, wherein the primary video stream includes images of a geographical region and the secondary video stream includes images of a proximal geographical region.