This document discusses palm vein biometric technology. It begins with an introduction explaining that palm vein recognition uses vein patterns in the palm to identify individuals contactlessly. It then explains that palm veins are protected inside the body, unique, and remain unchanged over a person's lifetime. The document proceeds to describe how palm vein systems work using infrared light to image palm vein patterns. It compares palm vein technology to other biometrics like fingerprints and iris scanning, noting palm vein's relative accuracy and cost. Applications discussed include use in hospitals, computers, ATMs, and door security. The document concludes that palm vein authentication could help solve identification problems.

1. PRESENTED BY :-
Bhoopendra Chaudhary
Roll No.- 2014024112
MCA 2 Year
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2. CONTENT
 Introduction
 Why Palm Veins only?
 Working
 Comparison
 Advantages
 Application
 Conclusion
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3. INTRODUCTION:-
 Palm vein technology is one of upcoming technology.
 It is the first contact less personal identification system
that uses the vein patterns in human palms to confirm a
person’s identify.
 The contact less feature gives it a hygienic advantage over
other biometric authentication technologies.
 It is highly secure and accurate.
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4. Why Palm Veins Only?
 The human palm vein pattern is extremely complex.
 Veins are located inside the human body, and
therefore it is protected against forgery and
manipulation.
 The position of the palm vein vessels remain the same
for the whole life.
 Its pattern is absolutely unique.
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5. WORKING OF PALM VEIN SYSTEMS:-
Palm has to be
positioned 3-8 cm
over the sensor
Sensor emits near
infrared beam to
the palm
Oxygen reduced blood
within the veins
absorbs the near
infrared light
The sensors wide angular
near infrared camera takes a
raw image of the palm vein
pattern
The sensors template
library changes the
raw image into
template data
Generate template is
digitized, encrypted and
finally stored as a registered
template in the data base. 5

6. COMPARISON
Technology + -
Fingerprint • Popular
• Cheapest
• Less Accurate
Iris & Retinal • Very accurate • Expensive
• Sensitive
Palm Vein • Relatively Cheap
• Accurate
• Unfamiliar
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7. How Secure is the Technology?
On the basis of testing the technology by Fujitsu :
 The system had a False Rejection Rate (FRR) of
0.01% (i.e., only one out of 10,000 scans were
incorrect for access).
 A False Acceptance Rate of less than 0.00008%
(i.e., incorrect approval for access in one in over a
million scans).
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8. ADVANTAGES:-
 Hidden in the hand
 It is not affected by dryness or roughness of skin or
by physical injury on surface of the hand.
 Accuracy
 Security
 Contactless
 Cost-Effective
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9. APPLICATION:-
 IN HOSPITALS AND LIBRARYS
 PERSONAL COMPUTER
 ATM
 Door security system
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10. IN HOSPITAL AND LIBRARYS
 Palm secure device can also be used in hospital for
doctor and patients identification can where the high
level of security is required.
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11. PERSONAL COMPUTERS
 In personal computers palm vein technology can be
applied by inserting the vein sensor inside mouse or
on keyboard.
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12. ATM AND BANKING
 Palm vein pattern is captured by using the palm vein
sensor on the ATM.
 The matching between the palm vein features stored on
the smart card and those transferred from the sensor is
executed on the smart card.
 This card combine the function of a bank card, credit card,
electronic money, palm vein authentication..
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13. CONCLUSION
 Palm vein pattern authentication technology
developed by Fujitsu was being used in a wide range in
Japan.
 If this technology is introduced in our country we can
solve many problems such as password protection in
ATM, security in various fields.
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14. REFERENCE
http://www.frontech.fujitsu.com/en/forjp/palmsecure
http://www.fujitsu.com/global/about/tech/rd/
http://thefutureofthings.com/articles/34/fujitsus-
palm-veintechnology.html
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16. Thank You !!!
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