DACTELLIGENCE™ is a ‘disruptive’ technology to engineer a sensor using a mathematically modeled ‘fractal dactyl’ surface with repeating patterns, millions of variants, creating topographically confined ‘cages’. Combined with a source signal (LED or electrical signal generating circuits), a novel device able to detect particles and pathogens sensing by ‘signature’ involving multiple (tens, hundreds or millions) of discrete points of proximity detection, dynamic or static, with advanced software analysis. Patent is granted in most territories.
DACTELLIGENCE™ technology based electronic sensors have the potential of taking diagnostics into another dimension applicable in multiple areas of medicine, all with use of pure mass manufactured electronic components to detect organisms and molecules while simultaneously processing data. Such a detector has potential to replace most current testing devices as well as most genotyping tests as a rapid point-of-care device commanding unprecedented market size.
'Fractal-Dactyl' Surface Explained
A unique patented concept to create surfaces, with highly variable, but repeating 'fingers', creating a nano-scale complex topology for use in biosensors.
The DACTELLIGENCE™ biosensor is designed to detect dynamic or static shape interaction with 'fingers' and to 'learn' to recognize complex arrays of signals generated by biological or physical particles. Nano-scale entrapment will allow subtle molecular differences to be detected and recognized in complex mixtures.