Palm vein technology uses near-infrared light to capture a high-resolution image of the palm vein pattern, which is then digitized and stored as a template. The palm vein pattern is unique to each individual and cannot be stolen, as the veins exist inside the body. Palm vein authentication has a very low false acceptance rate of less than 0.00008% and false rejection rate of 0.01%, providing highly accurate authentication. The palm vein scanner captures a user's palm vein pattern upon placing their palm near the scanner, registers it, and compares it to stored templates for authentication. Palm vein technology has applications in security, banking, healthcare, and commercial sectors due to its contactless and hygienic nature and

1. PALMVEIN TECHNOLOGY

2. Contents
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Introduction
Technology
Principles
High Authentication Accuracy
Registering through Palm Vein technology
Advantages
Applications

3. INTRODUCTION
 In the ubiquitous network society, where
individuals can easily access their
information anytime and anywhere.
 People are also faced with the risk that
others can easily access the same
information anytime and anywhere.
 Passwords, Personal Identification Numbers
etc.,
 Biometric Authentication.

4.  Biometric authentication technology focusing on four
methods:
1) fingerprints,
2)faces,
3)voiceprints, and
4)palm veins
 Palm Secure detects the structure of the pattern of veins
on the palm of the human hand with the utmost precision.

5. TECHNOLOGY
 Palm vein authentication works by
comparing the pattern of veins in the
palm of a person being authenticated
with a pattern stored in a database.
 Vascular patterns are unique to each
individual.
 The vascular patterns exist inside the
body, they cannot be stolen.

6. PRINCIPLES
In vein authentication based on this
principle, the region used for
authentication is photographed with
near-infrared light, and the vein pattern
is extracted by image processing and are
registered.

8. HIGH AUTHENTICATION ACCURACY
 Using the data of 1,40,000 palms from 70,000
individuals, Fujitsu has confirmed that the
system has
1)false acceptance rate of less than
0.00008%
2) a false rejection rate of 0.01%

9. REGISTERING THROUGH PALM VEIN
TECHNOLOGY
STEP1:
 Palm vein authentication technology
consists of a small Palm vein scanner
that's easy and natural to use, fast
and highly accurate .
 Simply hold your palm a few centimeters over the
scanner and with in a second it reads
your vein pattern. A vein picture is
taken and palm pattern is registered.

10. Step2: The registered palm pattern is stored into the database
along with the personal details of the client.

11. Working of palm vein security systems

12. The scanner makes use of a
special characteristic of the reduced
hemoglobin coursing through the
palm veins — it absorbs near infrared
light.
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The integrated optical system in
the palm vein sensor uses this
phenomenon to generate an image
of the palm vein pattern and the
generated image is digitized,
encrypted and finally stored as a
registered template in the database.

13. What happens if the registered palm gets
damaged??

14. 1)Moreover, its contact less feature gives it a hygienic
advantage over other biometric authentication technologies
2) assuming false identity through forgery is extremely
difficult, thereby enabling an extremely high level of security.
3)detect the vein pattern of living people.
4)palm secure span a wide range of vertical markets,
including security, financial/banking, healthcare, commercial

15. APPLICATIONS
ATM sensor

16.  PERSONAL COMPUTERS

17.  IN HOSPITALS AND LIBRARIES
 HOUSEHOLD APPLICATIONS