The
usability, practicality and acceptability, hence the effectiveness of a biometric system incorporating an authentication method
is contingent on not only on theoretical and technological concerns, but also
on user interaction with and practical execution of the system by an organization.
Biometrics is getting a lot of focus for the reason
that the potential to enhance the precision and dependability of identification
and authentication purposes. Many studies have been conducted to evaluate the
efficiency of biometric systems, with an importance on
false acceptances and rejections. Very little research has been carried out on
the acceptability of biometric security systems. Several issues are
increasing the usability of biometric devices. The sensors are getting small
in size, economical, more reliable, and devised with superior ergonomic
features. The biometric algorithms are also being improved,
and various systems consist of characteristics to prepare
the users as to how to use the system and provide comments during use.
Moreover, biometric devices are being incorporated into
allied security systems,
such as access control and encryption services, to provide a flawless
environment.
Both
the public and private sectors are making widespread use of biometrics for individual recognition regardless
of the prevailing misconceptions about the discipline. Although there has been
a drastic reduction in biometric capturing devices they have not been
adopted on a grand scale for civilian applications. As this technology becomes
more reasonably viable and theoretically perfected, and thus more routine, the
field of biometrics will trigger legal and policy concerns
but it is important to clear some misconceptions about biometrics.
There
are a number of privacy concerns raised about the use of biometrics. A sound trade-off
between security and privacy may be necessary; collective
accountability/acceptability standards can only be enforced through common
legislation.
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