Providing a real-time via a wireless communication channel associated with a panoramic video capture device

A panoramic video capture device comprising:

• a panoramic video capture device configured to capture a continuous 360 degree panorama view of a real world environment in a video feed comprised of a plurality of frames, wherein each frame is initially captured as a stereographic projection, wherein the continuous 360 degree panorama view comprises a vertical range of negative fifteen degrees to positive forty five degrees and a horizontal range of at least two hundred and seventy degrees, wherein the video capture devices lacks a display
• the video capture device further comprising:
• a wireless transceiver able to wirelessly convey the view to a communicatively linked computing device;
• an optical lens stack,
• a quadric reflector having an aperture over the optical lens stack, and through which light passes into the optical lens stack,
• an image sensor onto which light is projected through the optical lens stack,
• an overhang enclosure made of a polymer, and in which is disposed a reflecting mirror, wherein the overhang enclosure blocks secondary reflections from entering the aperature, and
• a processor configured to transform each stereographic projection for each frame of the 360 degree panoramic view to a continuous equirectangular view of the real world environment in real-time, wherein, to perform the transform, the processor is configured to map each stereographic projection to a target projection, and correct a distortion in the target projection that results upon being mapped to produce a corrected target projection as the equirectangular view of the 360 degree panorama view, wherein the distortion results from the captured stereographic projection being mapped to the target projection, wherein the transform for each frame occurs within a resource threshold time of less than forty milliseconds.