Recognizing  the fact usernames passwords are the weakest link in an organization’s  security system because username and password are shareable, and most  passwords and usernames are vulnerable and ready to be cracked with a  variety of methods using adopting a record number of devices and  platforms connected to the Internet of Things daily and at an alarming  rate. Provide  the all-inclusive and systematic narratives of the impact of physical  biometric operations on the current and future generation.  An Integrated Approach of Physical Biometric Authentication System Objective Per  Fennelly (2017), every human being is created differently with physical  and behavioral traits that are unique; and everyone’s fingerprints,  iris, facial feature and body types are entirely different from one  another. The effective and efficient use of biometric technology will  play a key role in automating a new method of identifying living person  based on individual physiological and behavioral characteristics. Protecting  sensitive information from vulnerable access by unauthorized users is  paramount in our digital world and attempting to identify and mitigating  such operation is becoming very challenging and troubling to the entire  human society.   Biometric  authentication-based identity is playing a vital role in security  operations. Traditional authentication approach used to identity logon,  logout, username, passwords are no longer enough to battle the identity  and security crisis.  Physical  Biometric processes often allow the authentication of an individual  personal data to be stored in a document format for future references.  The comparison is often used to determine whether the biometric  characteristics of individual match the previously information recorded  in the document. Physical biometric systems have proven to be very  effective in verification and identification processes.   Physical  biometric identification and recognition processes are classified in  three groupings including acquisition, feature extraction and  comparison. Traditionally, biometric characteristics are acquired  through measurements, such as a camera, microphone, fingerprint scanner,  gathering of specific characteristics and creation of digital  representation, photograph, a voice recording and scanned fingerprint.  Most naturally significant areas supporting physical biometric process  include corners of the eyes, mouth, nose, chin and likely to be  identified by human inspection and through an automated biometric  process.  Biometric  Access Control is a security system used to provides conditional access  after scanning for unique physical characteristics including installing  Biometric Access at ATM’s and other public facilities to safeguard  financial data. Indeed, when faces, fingers, irises and veins are  scanned such data are converted into digital format and a complex  algorithm is used to make a match. Such physical biometric processes  .

1. Recognizing the fact usernames passwords are the weakest link
in an organization’s security system because username and
password are shareable, and most passwords and usernames are
vulnerable and ready to be cracked with a variety of methods
using adopting a record number of devices and platforms
connected to the Internet of Things daily and at an alarming
rate.
Provide the all-inclusive and systematic narratives of the
impact of physical biometric operations on the current and
future generation.
An Integrated Approach of Physical Biometric Authentication
System
Objective
Per Fennelly (2017), every human being is created differently
with physical and behavioral traits that are unique; and
everyone’s fingerprints, iris, facial feature and body types are
entirely different from one another. The effective and efficient
use of biometric technology will play a key role in automating
a new method of identifying living person based on individual
physiological and behavioral characteristics. Protecting
sensitive information from vulnerable access by unauthorized
users is paramount in our digital world and attempting to
identify and mitigating such operation is becoming very
challenging and troubling to the entire human society.
Biometric authentication-based identity is playing a vital role

2. in security operations. Traditional authentication approach used
to identity logon, logout, username, passwords are no longer
enough to battle the identity and security crisis. Physical
Biometric processes often allow the authentication of an
individual personal data to be stored in a document format for
future references. The comparison is often used to determine
whether the biometric characteristics of individual match the
previously information recorded in the document. Physical
biometric systems have proven to be very effective in
verification and identification processes.
Physical biometric identification and recognition processes are
classified in three groupings including acquisition, feature
extraction and comparison. Traditionally, biometric
characteristics are acquired through measurements, such as a
camera, microphone, fingerprint scanner, gathering of specific
characteristics and creation of digital representation,
photograph, a voice recording and scanned fingerprint. Most
naturally significant areas supporting physical biometric
process include corners of the eyes, mouth, nose, chin and
likely to be identified by human inspection and through an
automated biometric process.
Biometric Access Control is a security system used to provides
conditional access after scanning for unique physical
characteristics including installing Biometric Access at ATM’s
and other public facilities to safeguard financial data. Indeed,
when faces, fingers, irises and veins are scanned such data are
converted into digital format and a complex algorithm is used
to make a match. Such physical biometric processes appear to
certify as foolproof with no chance of being misused and often
confirm homeowners, financial institutions, public and private
organization. Technology infiltrating has rearranged every
facet of modern living and the global society has become
progressively digitized, protective of confidential information,
such as username and password. Prior to biometric operations,

3. username and password were enough to provide adequate
security to organization’s data security data. Today, in our
modern age, username, password and keys are becoming
increasingly feeble and appealing to sophisticated criminals.
Undoubtedly, passwords are the weakest link in an
organization’s security system because username and password
are shareable, and most passwords and usernames are
vulnerable and ready to be cracked with a variety of methods.
Physical biometrics continue to remain very concerned with a
record number of devices and platforms connected to the
Internet of Things daily and at an alarming rate. Recognizing
the magnitude of the plethora of devices such as smartphones,
tablets, sensors, cloud-based services and more sending and
receiving information continuously, time has come to keep
vital data out of the hands of high-tech criminals and
unauthorized users. It is worth noting that username and
passwords are unwieldy because even authorized officials use
the same username and password on multiple devices and
create ample opportunities for perpetrators to avail themselves
with and accepting the fact that human error are inevitable.