palm vain technology

7/29/2019 Palm vain technology

1/25


2/25

Need for Palm Vein TechnologyIncrease in Technology Threat to personal data andNational security

Present methods are not upto safe markNeed to increase more security featuresFujitsu has developed a palm vein patternauthentication technology that uses vascular patterns

as personal identification data .


3/25

Need for Palm Vein TechnologyVery secure because the authentication data existsinside the body

Very difficult to forgeHighly accurateCan be used in banking, hospitals, governmentoffices, in passport issuing etc

Business growth will be achieved


4/25

The Basis of Palm Vein Technology

Veins palm

Veins palm


5/25

The Basis of Palm Vein TechnologyFirst rests his wrist Sensor's supports such that thepalm is held centimeters above the device's scanner

Flashes a near-infrared ray on the palmDeoxygenated hemoglobin in the blood lowingthrough the veins absorbs near-infrared rays,illuminating the hemoglobin, causing it to be visible to

the scanner.


6/25

The Basis of Palm Vein Technology Blood which contains oxygenated hemoglobin doesnot absorb near infrared light are invisible to thesensorStill photograph is capturedNear-infrared range, appears as a black network,reflecting the palm's vein pattern against the lighter

background of the palm.Palm vein image is converted by algorithms into datapoints


7/25

The Basis of Palm Vein Technology Data is compressed, encrypted, and stored by thesoftware and registered along with the other details inhis profile as a reference for future comparisonEach time a person logs in attempting to gain accessby a palm scan, the newly captured image is likewiseprocessed and compared to the registered one

Numbers and positions of veins and their crossingpoints are all compared


8/25

Registering Trough Palm Vein

Technology Step 1:

consists of a small Palm vein scanner

hold the palm a few centimeters over the scannerand within a second it reads its unique vein pattern A vein picture is taken and palm pattern in the scannerdisplays registered message.


9/25

Scanned palm on the screen


10/25

REGISTERING THROUGH PALM

VEIN TECHNOLOGY Step2: The registered palm pattern is stored into thedatabase along with the personal details of the client.

Original Hand

Process of registration

Registered pattern


11/25

Working of palm vein security

systems One should place his/her palm near to scanner


12/25


systems

The scanner makes use of a special Characteristic of thereduced hemoglobin Coursing through the palm veinsit absorbs Near-infrared light.It takes a snapshot of what's beneath the outer Skin


13/25


systems

The integrated optical system in the palm veinSensor uses this phenomenon to generate an

Image of the palm vein pattern and thegenerated image is digitized, encrypted andfinally stored as a registered template in thedatabase.

Short region onpalm


14/25

How Secure is the Technology?false rejection rate of 0.01% (i.e., only oneout of 10,000 scans were incorrect denials for access)

false acceptance rate of less than 0.00008% (i.e.,incorrect approval for access in one in over a millionscans).Hand specific(left and right hands, the patterns of an

individual's two hands differ.)


15/25

What happens if the registered

palm gets damaged?Can not use this technology So as a precautionary method take scan of both hands

When hand get damaged up to small extent we can get veins because deeper into the hand veins are obtainedin the scanning


16/25

Contact less palm vein authenticationdevice

(HYGIENE CONCERN) suitable for use where high levels of hygiene arerequired .hesitation that others used/touched the scanner

hygienic and user-friendly highly secure in that the

veins are internal to thebody and carry a wealth

of information


17/25

ADVANTAGES vein authentication can be done using the vascularpattern on the back of a hand or a finger.

But the palm vein pattern is the most complex andcovers the widest areathe palm has no hair, it is easier to photograph its vascular pattern

no significant variations in skin color compared withfingers or back of the hand


18/25

Application of Technology ATM: to ensure customer security(Suruga bank first inthe world to use)

Minimizes the risk of fraudulent withdrawals from ATMs The Bank of Tokyo launched its Super IC Card. Itcovers a) bankcard

b)credit cardc)electronic money d) palm vein authentication.


19/25

ATM Sensor

PC Sensor


20/25

Application of Technology PERSONAL COMPUTERS:

a) inserting the vein sensor inside mouse

b) Mouse acts as sensor and recognizes theright person

c) even to lock foldersIN HOSPITALS AND LIBRARYS:

a) Japan used it first in the world in place of library conventional cards


21/25

APPLICATIONS of TECHNOLOGY b) The University of Tokyo hospital has

used contactless palm vein

authenticationsystem to secure physical access to itsDepartment of Planning, Information

&Management.


22/25

APPLICATIONS of TECHNOLOGY Authentication at offices/houses

by registering the veins of our family members andrelatives we can maintain high range security which isnot possible through other technologies

Near the door


23/25

Conclusions 1.Palm vein pattern authentication technology developed by Fujitsu was being used in a wide range in Japan.

2.If this technology is introduced in our country we cansolve many problems such as password protection in ATM security.

3.If we implement this technology in government offices

we can make the employees to work according thegovernment timings.4.surely this technology will bring a revolution in the

field of science and technology in the near future.


24/25

Please ask


25/25

palm vain technology

Documents