1. A method comprising: receiving, by a server, image data indicative of an image; isolating, by the server, sections of the image into a plurality of image sub-components, wherein the plurality of image sub-components includes light sources and camera angles; converting, by the server, the isolated image sub-components into securely managed intermediate wavelets; generating, by the server, a plurality of wavelet mesh components using the securely managed intermediate wavelets, each wavelet mesh component representing a 3-dimensional shape that is defined by vertices and connections between the vertices; merging, by the server, the plurality of wavelet mesh components into a wavelet mesh data stream; and transmitting, using the server and a transmitter, the wavelet mesh data stream to a target device if the target device satisfies risk requirements, wherein converting the isolated image sub-components into securely managed intermediate wavelets comprises encrypting a portion of the intermediate wavelets corresponding to the light sources or the camera angles to form encrypted intermediate wavelets, wherein a light source or a camera angle is changed or removed in the encrypted intermediate wavelets such that at least a portion of the image generated on the target device from the wavelet mesh data stream is distorted or unviewable while the encrypted intermediate wavelets remain in an encrypted state.