Modern smartphone usage has brought about a revolution in the science behind scanning sensors, which has advanced to an almost perfect level amid the age of smartphones. The development of biometric technology can be traced back to the 1960s, and since then, scanners have improved to read bio-markers accurately. Bio-based science will revolutionize authentication in 2020.
Biometric technology was developed back in the 1960s when scientists identified the physiological components of phonic sound and acoustic sounds. It led to the development of modern voice recognition technology as we know it today. Meanwhile, in 1969, the Federal Bureau of Investigation started pushing for automated fingerprint identification to map unique patterns and ridges.
After sixty years, biometric technology was commercialized, as many smartphones today, like Apple and Samsung, use this for identity authentication. Additionally, biometric technology is also used in strong customer authentication, making it more convenient and straightforward for users.
With the rise of smartphones, biometric technology has evolved. In particular, Apple introduced Touch ID to its iPhone 5s in 2013. Touch ID, an integrated feature in iOS phones that allows users to unlock their phones using fingerprint authentication. After the wide acceptance of fingerprint authentication across smartphone users, Apple transitioned to face recognition as they released iPhone X to the public.
5G will be the next generation of biotechnology. It is expected to bring big data, the Internet of Things and other information into your back pocket. This development could open up new possibilities and avenues. Standard bodies and groups such as FIDO or W3C regulate biometrics beyond recognizing it. Today, many people accept biometric security and biology-based tech to protect data safety in PSD2 strong customer authentication, allowing for more convenience for users.
To learn more about the history of biometric technology and its development, visit https://loginid.io/ for more details.