you do this every day
please take a look at your hands have
you thought about what kind of
informations it contains it is known
that the palms on human hands are
believed to have a fortune-telling
future but how about your fingerprints
what kind of information do they contain
application of fingerprint finds its
wide use in foreign sex and business
however how about the future of
fingerprint technology I will tell you
more about it today
so um actually the human beings
fingerprint contains as much information
as our physical DNA every day I went to
school and I saw security guards keeping
records of visitors on paper I saw
students entering the building using
their plastic arts and I thought why so
many cards are being lost by students
and why so many paper is being wasted
because plastic ultimately becomes toxic
and paper becomes waste so I started
searching for the most sustainable
technology that is possible and it was
right there fingerprint technology the
world today is highly concentrated on
the concept of efficiency and security
yet it tends to forget one of the most
important aspects of our daily life
which is the environment that surrounds
us fingerprint technology works we’re in
a very interesting way so I started
searching this topic as part of my
research in school and I developed it in
the university when person puts their
fingerprint on the scanner
thus the light travels to the blood
vessels and ansar absorbs through
radiated light in different patterns and
this changeless Patchen creates the
fingerprint image the humans the skin on
human fingers has certain friction
ridges
and a point where friction which
dispatches in multiple directions is
called the minutiae point so the system
creates a template in the database where
stores not the fingerprint image but the
numerical value of the minutiae points
and that is encrypted information your
private data
a wise fingerprint technology reliable
well the interesting point is that the
system does not only measure the
location of your minutiae points but it
also measures the distance between these
imperfections and this every
disregarding the angle or the shifting
at which you put your fingerprint the
distance make the same but the question
is how is it sustainable well one fully
grown tree requires 30 years to grow one
acre of fully grown trees provide 18
people with oxygen and we have millions
of trees cut down to produce cash and
paper
however biometrics base time clock
software but the attendance of people
can contribute to increasing
environmental awareness and positive its
externalities to our environment also
there are 6 to 17 billion plastic cars
produced per year because of increasing
consumer demand for the credit cards
however plastic biodegrades
in 500 years and it contains PVC which
is not degradable and a fingerprint
recognition system can be used as a
substitute technology for the credit
cards it is permanent it is not
temporary and it can be utilized um how
can be useful for you you have around 5
to 10 plastic cards in your pockets
right now you memorize from 3 to 5
passwords in average however a
fingerprint is a genetic level of
security because in today’s world we are
so vulnerable to security passwords
encryption is a must for us and it’s
true the fingerprint which is actually
the genetic level of security it’s like
your natural coat can be used as a
substitute technology and can ease in
our lives you cannot forget it at home
in bank or in the office it’s always
there it’s always with you and it’s
personal to you
however fingerprint is actually part of
our private data and it is very
important to have a secure storage for
this private data and only it can be
shared with the consent of the owner
in 500 BC fingerprints were used for
person’s signature in fact Babylonians
used fingerprints to record business
transactions on clay tablets Egyptians
use fingerprints to differentiate people
of merchants of good reputation and bad
reputation today fingerprints
manufacturers offer legal identity
registrations for rural areas for
registering population of rural areas in
Asia and Africa so they provides
registering through the government
database and thereby offer the legal
human rights to people fingerprint finds
it’s wide application it is it
contributes to environmental
sustainability because it because of it
contributes to resource efficiency it
minimises environmental impact it
contributes to operational efficiency
and built environment because it
increases the safety of stakeholders of
in physical areas
I also have a mathematic interest in the
fingerprint technology because I used to
play chess with my dad it developed my
statistical approach to things so this
system actually uses statistics when
making decision where the two
fingerprints match or they do not so as
far as the guidelines they say there
should be minimum of 12 minutiae points
to say that the two fingerprints are the
same and I did some statistical test
hypothesis testing and some experiments
and the probability of having the same
fingerprint with somebody else is this
number so it’s almost zero but it does
not mean that they are super unique
because if this world population exceeds
a certain value then the similarity
increases and the probability of
mismatch also increases so it’s not like
the fingerprints of two different people
cannot be the same but in certain
conditions this is actually vice-versa
and it is important to consider the
technical aspect of it because when we
take 12 minutes points it’s very close
to zero but when we take even more
parameters into account up to 1622 and
more minutiae points the probability of
mismatch tends to decrease as seen on
this graph
and also ass population of the world’s
increase of the world increases the
other parameters of fingerprints can be
taken account not only the distance
between the minutiae points in their
location but also the physical other
characteristics on our fingerprint image
also the fingerprint is not only about
security and sustainability fingerprints
can actually bring us much more we just
do not know what to expect from it now
because fingerprint is our biometric
data we can assume that in the future it
will be helpful with further new tools
of analysis of this biometric data let’s
take a look in the history for instance
the blood test
Arita sites were discovered in in 17th
1700 in 1600 and the history of the
blood test is actually only 100 years
old
initially it was used for simple reasons
but now it provides us the fundamental
analysis of our human organism that is
we can learn about our potential health
risks we could learn about our complex
diseases we can learn about bacterias
viruses allergies and etc based on the
blood tests and the history actually
repeats itself
the history repeats itself and we can
see this trend in biometrics so that’s
why the biometrics is not only about
security and sustainability but it also
can give us much more assume our social
networks like Facebook or Google
provides the targeted advertising based
not on the likes of you and your friends
but based on your genetic potential
based on your based on the analysis of
your biometric data for example if a
person has potential disease in problems
in respiratory system and facebook
offers an ad where you can see the
certain doctor before it becomes urgent
to see him for treatment or another case
suppose the student is graduating soon
and has to choose upon their speciality
their university degree and they don’t
know how and in such case the social
network can throw an advertisement of
some business school or analytics
courses in that geographical area given
that that person has a genetic potential
in that sphere this way social networks
will learn about our genetic potentials
they will help us to develop them they
will recognize these diseases genetic
potential and other things about us they
will predict based on that information
the consumer behavior
and they will make profit based on that
how does it help to human beings
well actually the analysis of such
biometric system and its potential value
that it can bring to us will help us not
will help us to secure our savings
accounts to secure our bank transfers
will help us to secure from complex
diseases it will also not just help but
develop these things within us based on
the individuality of our selves based on
our biometric data and based on our
genetic potential it is fair to expect
in the next 10 years the development of
such tools that will allow for the
analysis of the biometric data and this
will which should serve us good because
we will learn more about ourselves we
will see more and we will find out more
so biometrics data only with proper
system design strong cryptography and
security can claim its break promises on
the one side of the moon biometrics is
about four and six but on the other side
of the moon biometrics is actually about
the human development for today
biometrics is a sustainable technology
fingerprint technology is sustainable
however what should we do perhaps we
should look at our hands more closely
thank you for your attention
[Music]
please take a look at your hands have
you thought about what kind of
informations it contains it is known
that the palms on human hands are
believed to have a fortune-telling
future but how about your fingerprints
what kind of information do they contain
application of fingerprint finds its
wide use in foreign sex and business
however how about the future of
fingerprint technology I will tell you
more about it today
so um actually the human beings
fingerprint contains as much information
as our physical DNA every day I went to
school and I saw security guards keeping
records of visitors on paper I saw
students entering the building using
their plastic arts and I thought why so
many cards are being lost by students
and why so many paper is being wasted
because plastic ultimately becomes toxic
and paper becomes waste so I started
searching for the most sustainable
technology that is possible and it was
right there fingerprint technology the
world today is highly concentrated on
the concept of efficiency and security
yet it tends to forget one of the most
important aspects of our daily life
which is the environment that surrounds
us fingerprint technology works we’re in
a very interesting way so I started
searching this topic as part of my
research in school and I developed it in
the university when person puts their
fingerprint on the scanner
thus the light travels to the blood
vessels and ansar absorbs through
radiated light in different patterns and
this changeless Patchen creates the
fingerprint image the humans the skin on
human fingers has certain friction
ridges
and a point where friction which
dispatches in multiple directions is
called the minutiae point so the system
creates a template in the database where
stores not the fingerprint image but the
numerical value of the minutiae points
and that is encrypted information your
private data
a wise fingerprint technology reliable
well the interesting point is that the
system does not only measure the
location of your minutiae points but it
also measures the distance between these
imperfections and this every
disregarding the angle or the shifting
at which you put your fingerprint the
distance make the same but the question
is how is it sustainable well one fully
grown tree requires 30 years to grow one
acre of fully grown trees provide 18
people with oxygen and we have millions
of trees cut down to produce cash and
paper
however biometrics base time clock
software but the attendance of people
can contribute to increasing
environmental awareness and positive its
externalities to our environment also
there are 6 to 17 billion plastic cars
produced per year because of increasing
consumer demand for the credit cards
however plastic biodegrades
in 500 years and it contains PVC which
is not degradable and a fingerprint
recognition system can be used as a
substitute technology for the credit
cards it is permanent it is not
temporary and it can be utilized um how
can be useful for you you have around 5
to 10 plastic cards in your pockets
right now you memorize from 3 to 5
passwords in average however a
fingerprint is a genetic level of
security because in today’s world we are
so vulnerable to security passwords
encryption is a must for us and it’s
true the fingerprint which is actually
the genetic level of security it’s like
your natural coat can be used as a
substitute technology and can ease in
our lives you cannot forget it at home
in bank or in the office it’s always
there it’s always with you and it’s
personal to you
however fingerprint is actually part of
our private data and it is very
important to have a secure storage for
this private data and only it can be
shared with the consent of the owner
in 500 BC fingerprints were used for
person’s signature in fact Babylonians
used fingerprints to record business
transactions on clay tablets Egyptians
use fingerprints to differentiate people
of merchants of good reputation and bad
reputation today fingerprints
manufacturers offer legal identity
registrations for rural areas for
registering population of rural areas in
Asia and Africa so they provides
registering through the government
database and thereby offer the legal
human rights to people fingerprint finds
it’s wide application it is it
contributes to environmental
sustainability because it because of it
contributes to resource efficiency it
minimises environmental impact it
contributes to operational efficiency
and built environment because it
increases the safety of stakeholders of
in physical areas
I also have a mathematic interest in the
fingerprint technology because I used to
play chess with my dad it developed my
statistical approach to things so this
system actually uses statistics when
making decision where the two
fingerprints match or they do not so as
far as the guidelines they say there
should be minimum of 12 minutiae points
to say that the two fingerprints are the
same and I did some statistical test
hypothesis testing and some experiments
and the probability of having the same
fingerprint with somebody else is this
number so it’s almost zero but it does
not mean that they are super unique
because if this world population exceeds
a certain value then the similarity
increases and the probability of
mismatch also increases so it’s not like
the fingerprints of two different people
cannot be the same but in certain
conditions this is actually vice-versa
and it is important to consider the
technical aspect of it because when we
take 12 minutes points it’s very close
to zero but when we take even more
parameters into account up to 1622 and
more minutiae points the probability of
mismatch tends to decrease as seen on
this graph
and also ass population of the world’s
increase of the world increases the
other parameters of fingerprints can be
taken account not only the distance
between the minutiae points in their
location but also the physical other
characteristics on our fingerprint image
also the fingerprint is not only about
security and sustainability fingerprints
can actually bring us much more we just
do not know what to expect from it now
because fingerprint is our biometric
data we can assume that in the future it
will be helpful with further new tools
of analysis of this biometric data let’s
take a look in the history for instance
the blood test
Arita sites were discovered in in 17th
1700 in 1600 and the history of the
blood test is actually only 100 years
old
initially it was used for simple reasons
but now it provides us the fundamental
analysis of our human organism that is
we can learn about our potential health
risks we could learn about our complex
diseases we can learn about bacterias
viruses allergies and etc based on the
blood tests and the history actually
repeats itself
the history repeats itself and we can
see this trend in biometrics so that’s
why the biometrics is not only about
security and sustainability but it also
can give us much more assume our social
networks like Facebook or Google
provides the targeted advertising based
not on the likes of you and your friends
but based on your genetic potential
based on your based on the analysis of
your biometric data for example if a
person has potential disease in problems
in respiratory system and facebook
offers an ad where you can see the
certain doctor before it becomes urgent
to see him for treatment or another case
suppose the student is graduating soon
and has to choose upon their speciality
their university degree and they don’t
know how and in such case the social
network can throw an advertisement of
some business school or analytics
courses in that geographical area given
that that person has a genetic potential
in that sphere this way social networks
will learn about our genetic potentials
they will help us to develop them they
will recognize these diseases genetic
potential and other things about us they
will predict based on that information
the consumer behavior
and they will make profit based on that
how does it help to human beings
well actually the analysis of such
biometric system and its potential value
that it can bring to us will help us not
will help us to secure our savings
accounts to secure our bank transfers
will help us to secure from complex
diseases it will also not just help but
develop these things within us based on
the individuality of our selves based on
our biometric data and based on our
genetic potential it is fair to expect
in the next 10 years the development of
such tools that will allow for the
analysis of the biometric data and this
will which should serve us good because
we will learn more about ourselves we
will see more and we will find out more
so biometrics data only with proper
system design strong cryptography and
security can claim its break promises on
the one side of the moon biometrics is
about four and six but on the other side
of the moon biometrics is actually about
the human development for today
biometrics is a sustainable technology
fingerprint technology is sustainable
however what should we do perhaps we
should look at our hands more closely
thank you for your attention
[Music]
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