Scan. And so on. Its great relevance is due, mainly, to the comfort, safety and ease it provides to the identified person. Reaching the necessary level of technology has been everyone's task alphonse bertillon, head of the photographic department of the paris police, developed in 1883 the anthropometric system, used in the identification of criminals , using measurements of the head, body, scars, tattoos... After various mistakes, western authority forces began to use the fingerprint , used in china decades earlier.
The idea to use iris patterns as an identification method was proposed in 1936 by frank burch. In 1993 the defense nuclear agency began working with iriscan inc. As you can see, that today we can enjoy the disruptive advances that biometric technology implies is thanks to the progress of various technologies, both past and present: big data allows the analysis and whatsapp number list compilation of different advances , progress and developments. Iot devices and wearables are the main hardware of biometrics. Ai is the automation engine in biometric systems. Open source libraries are what make it easy to transform any device with a couple of readers into a reliable biometric system.
The improvement of cloud computing is responsible for being able to store the traits already identified. The synergy of all these emerging technologies is biometrics, but what has made possible the combination of these advances is scientific communication. Scientific communication, the accelerator of innovations scientific communication is defined as the system by which scientists and researchers create, distribute, use and preserve their work. In itself, it is the basic mechanism for the existence and development of science. Internet allows a massive dissemination of scientific advances