The Future of Fingerprinting: the Art and Science of NDS


Fingerprinting, by Mathilda Lange

This website is devoted to the centenarian science and contemporary praxis of NDS.

While the fundamentals of transcendental relationship between the psychological and physiological characteristics of an individual and his or her fingerprint pattern have now been studied for close to one hundred years1, it took recent advances in computer processing power combined with Artificial Intelligence (AI) and Neural Networks (NN) to make it possible for NDS (Neural Dactylo-Synthesys) researchers to transform an individual's Psychosomatic Countenance Digest (PCD, see below) into a graphical representation of their fingerprint (FP), with the consistency and quality commensurate with the FP acquisition using traditional analog methods.

Not surprisingly, and as suggested by our most recent research, the application of quantum computing will change a long-held view among the NDS scientists that the 'inverse' transformation (i.e., FP to PCD) is either theoretically impossible or computationally in‑feasible. We can now state with certainty that with quantum computing, NDS will achieve its ultimate goal; that of computationally practical inverse transformation.

With the results of an infinitely large number of PCD to FP transformations purposefully encoded in a public Block-chain, NDS can make the long deserved transition from the academic research into the realms of industry and governance. We foresee NDS - together with other sustainable and gender-neutral technologies - to quickly find its place in diverse disciplines such as human resource management, public transportation, criminology and cyber-security, general bio-metrics, psychiatry, counter-terrorism, nutrition and sports medicine - to name just a few. As the oldest (see the photo2 above the text!) and the best-known academic NDS research establishment, we are uniquely qualified to lead this transition.

We are currently turning the NDS practice from labour-intensive iterations of leading edge AI and NN methodologies into a streamlined Lisp/C++ software suite, capable of deployment on industrial scale. At the same time we are seeking, by invitation only, qualified investors to share with us the success of impending monetization of our award winning scientific breakthrough.

Until our legal team completes the execution of appropriate IP protection instruments, we are allowed to publicly share only a small, but representative sample from among the millions of successful PCD / FP transformations, performed over the course of our research:

pcd#24378/2015   pcd#312/2018
Case pcd#24378/2015,
male, Caucasian, age 37.
  Case pcd#312/2018,
female, Afro-american, age 68.
   
pcd#81306/2020   pcd#198532/2021
Case pcd#81306/2020,
deceased, sex/race/ethnicity
and age undetermined.
  Case pcd#198532/2021,
non-binary, Neanderthal, age 21.
 

[1] Jahrbuch für personenzentrierte Psychopatologie, Psychotherapie und medizinische Anthropologie. Leipzig, Gotha, Braunschweig - 5. Jahrgang, Heft 7/8 1924.: "Über die Möglichkeit einer Tiele eine gegebenter Flache so auszubilden, dass die Abbildung den Abgebildeten in den kelinsten Teilen ähnlich wird", Prof. Dr. Julius Carl Friedrich von Obergewürtztraminer, et al.

[2] Photo: "Great Moments in Fingerprinting" - Dr. Julius father-of-NDS von Obergewürtztraminer, visiting scholar, assisting the organizers by pre-qualifying the applicants for 1935 University of Cascadia Beauty Pageant. (4x5 inch glass negative, © Mathilda Lange, University Security Administration / UofC NSD Institute Archives).
Institute for Applied Neural Dactylo-Synthesys,
© Board of Governors of the University of Cascadia., 2019, 2021.
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