A wide variety of scanning technologies exist to fulfill a variety of needs. The most common of those technologies is Electron Neutrino Deviation Imaging (ENDI). ENDI scans an object with several electron neutrino beams, which only weakly interact with most matter. The electron neutrino beams are tracked and compared to advanced statistical models to determine the placement of type of molecules at points where at least six beams intersect. Typically these scans are done quickly at a moderate resolution to give a passably accurate idea of the structure of an object, but at the high end, these scans can provide a complete picture of an object, determining the location and type of each molecule within it. ENDI scans have value in practically every field, particularly medical.