Analyzing the Future of Biometrics in Security Applications

This essay delves into the future of biometrics within the realm of security, elucidating its evolution and potential impact. It begins by defining biometrics and highlighting its advantages over traditional security systems, such as passwords, emphasizing its unique characteristics and applications in various sectors. The essay explores different biometric technologies, including fingerprint, iris, and DNA recognition, and their roles in enhancing security. It examines the advantages and disadvantages of biometrics, addressing issues like potential vulnerabilities and the importance of continuous improvement. The essay also projects the future of biometrics, anticipating its expanded use in diverse applications, including airports, consumer services, and healthcare. The paper concludes by underscoring the significance of biometrics in fortifying security, mitigating hacking, and protecting personal data, while also acknowledging the need for ongoing advancements to address emerging challenges. The essay highlights the potential of biometrics to revolutionize security paradigms and its increasing integration across various industries.

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Future of Biometrics insecurity
The term biometrics is derived from the Greek words bio which means life and metric
which means to measure. Biometrics is defined as a technology which is used to
determine and analyse the behavioural and physiological characteristics of any person.
These characteristics are unique for all people, therefore, this technology can be used
for security purpose or identify any person. There are many problems occur in the
current security system such as lack of security, the problem of hacking, and easy to
crack passwords. These problems are resolved by an advanced security system that is
biometrics technology, and this technology provides a new platform for the security
system. There are many examples of biometrics technology such as the face, voice,
fingerprint, hand geometry, iris, DNA, keystroke, and palm print. Biometrics is an
advanced technology which offers new approaches to the application of security and it
is based on something you are and main advantage of this technology is that people do
not require remembering any pin or passwords. There are many advantages of
biometrics technology such as anyone can be used, the simple and economical process
cannot be lost, unique, easy process, and more secure. There are a few disadvantages of
this modern technology such as can be stolen, a single person can be used with various
identities, can be cracked, not replaceable and complex to develop. Biometrics can be
performed in two ways such as verification and identification. In the identification
method, this technology automatic identifies users and in verification mode, this
technology verifies the identity of any person by matching the provided detail of that
person.
In many industries, and organization biometrics technologies are used and in this
modern generation, the much mobile organization also providing this technology in
mobiles for security purpose. Biometrics technology consists of sensors, matching
device, decision maker, and extraction system.

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Figure: a block diagram of biometrics technology
The sensor is used to sense the fingers or eyes of users and then data or signal pass to
processing part in which processor check the identity of users. In matching device data
or fingerprint match with uploaded data of users and after matching it will pass to
decision maker where the final decision will show. This modern technology is used for
security purpose and many organization or industries are using this method to protect
personal information or data from another person. it is estimated that biometrics
technology improved the level of security by around 80% and it avoids all the
drawbacks of the current security system. Through this technology, many employees or
manager can protect data from other person and this technology is increased rapidly in
the last two years. If we talk about the future of biometrics than it will surely useable for
security purpose and this technology can reduce the problem of hacking, and loss of
data. It is the science of determining and analyzing physical parameter of any person
such eye, fingerprints facial pattern, DNA, and iris. Fingerprint and eye recognition are
more reliable biometrics technologies and main advantage of both biometrics is that it
is unique for all people. DNA process is also a unique process to verify the DNA of any
person and it is popular in the worldwide.
Biometrics is an advanced technology which will change the future of security and at
that time many of organization, people, and industries are using this technology for
security purpose. Through this modern technology security of data and information can

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be increased and there are many types of biometrics technologies used in worldwide
such as fingerprint, iris, eye reorganization, and DNA identification. In which fingerprint
and eye detection are common biometrics technologies that are generally used by the
much mobile organization? In the future of security biometrics technology will play an
important role because it provides an advanced security to data or information of any
person and there are many methods or process used in biometrics technology such as
optical, microwaves, capacitive sensors, x-rays technologies, and chemical emissions.
There are many biometrics technologies that will be used in future for security
purposes such as analysis of head and face at the time of talking, body shape detection,
identification of electric and magnetic field which is produced by human's body system,
and identification of human’s body structures. All these are the example of biometrics
which will change the future of security after 20 years. There are many applications of
biometrics technology such as biometrics security, airports, consumers, financials,
fingerprint lock system, health care, logical access control, mobile biometrics, physical
access control, and surveillance. Biometrics technology is used in airports to verify
users, and customers and the main application of this technology is security. For
security purpose, biometrics technology is the best technology and it does not require
any password system and any remember a thing, therefore, it is very easy to operate
and secure data or information from other persons. At that time fingerprint and eye
detection technologies are very popular and many mobile industries are providing this
feature in all android mobiles and users are using this technology for security purpose.
It is estimated that biometrics technology reduce the problem of hacking by 70% and it
improves security in various fields such as banking sector, business industries, and
other organization. The main drawback of this advanced technology is that one person
can use this technology many times using different identities. This problem will be
removed in the advanced security system and the biometrics industry will also provide
many security systems through which people can increase the security of personal data.
This paper is explained about biometrics technology, advantages and disadvantages of
this technology and also explained the future of biometrics in the field of security.
Biometrics industries should be improving the security system through which any
person can secure data from another person. This technology avoids the drawback of
the current security system and many people are using this technology for security
purpose. This technology should change the face of security by detecting and identifying

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the body structure of any person. Therefore for security purpose biometrics technology
is very best rather than another security system because this technology cannot be
easily hacked so this technology improved security system.