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RANJITH 68_PALM VEIN TECHNOLOGY

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RANJITH 68_PALM VEIN TECHNOLOGY Powered By Docstoc
					                       INTRODUTION
   The Basis of Palm Vein Technology
 The still image captured by the camera, which photographs in the near-infrared
range, appears as a Palm Vein Technology - highly secure black network, reflecting

 which flashes a near infrared ray on the palm. Unlike the skin, through which near
infrared light passes, deoxygenated hemoglobin in the blood flowing through the
veins absorbs near infrared rays

 The near-infrared rays in the palm vein scanner have no effect on the body
when scanning. Arteries and capillaries, whose blood contains oxygenated
hemoglobin,
  each time a person logs in attempting to gain access by a palm scan to a
 particular bank account or secured entryway, etc., the newly captured image is
 likewise processed and compared to the registered one or to the bank of stored
 files for verification,
OPERATION PRINCIPLE
REASONS BEHIND FUJITSU’S CONTACT-LESS PALM VEIN
AUTHENTICATION INITIATIVE
BIOMETRIC AUTHENTICATION SOLUTIONS– Pros and Cons

   A key advantage of biometric authentication is that biometric data is based on
  physical characteristics that stay constant throughout one’s lifetime and are
  difficult (some more than others) to fake or change.
  . Biometric identification can provide extremely accurate, secured access to
  information; fingerprints, palm vein and iris scans produce absolutely unique data
  sets (when done properly).

   without resorting to documents that may be stolen, lost or altered. It is not easy
  to determine which method of biometric data gathering and reading does the "best"
  job of ensuring secure authentication.

   the question is which biometric solution is most appropriate for a given
  application. Often, the optimal solution utilizes a multi-layered approach, combining
  biometrics with passwords, PINs and smart cards.
Advantages over Other Biometric Authentication
Solutions

     Palm vein authentication offers a number of
salient advantages versus other biometric security
methods. These advantages can be grouped into two
categories:

  1) security and accuracy,

  2) performance and usability.
Merits of Palm Vein
Key Features and Benefits
   Accuracy and Reliability
   Security
  Cost-Effective
  Contact less
   Usability
Using Palm Guard in Security Applications
     1.   Banking
     2.   ATMs
     3.   Internal branch security
     4. Remote banking
     5. Smart Card E-Passport
     6. Logical Access to Computerized Systems (Single Sign-On)
     7. Walk-in customers

     8. Hospitals and Healthcare Facilities
Applications in education
Benefits
        Currently it's possible for someone to overhear or see sensitive
personal information, or use someone else's Social Security number or
health insurance card to receive services.
        It can also be time-consuming to check in at a hospital, filling out
paperwork and waiting for staff to enter the information into a computer
before a patient receives care.
Vein Pattern Advantages and Disadvantages
 The human vascular structure is individually distinct.
Identical twins have different and distinct vascular patterns.
Vein patterns are not easily spoofed, observed, damaged,
obscured or changed.
Vein pattern recognition requires simple low resolution
imaging devices.
The technology is reliable in that is shows little performance
degradation in harsh environments, such as mines,
manufacturing and construction sites as well as heavy traffic
areas such as schools, military bases and dormitories.
                            Conclusion
     The ease with which traditional authentication systems can be
compromised, together with the rapid growth in identity theft and increasing
privacy concerns have resulted in a surge in demand for stronger authentication
methods.
     Palm vein authentication offers a number of salient advantages versus
other biometric security methods in terms of security, accuracy, performance
and usability

 Palm vein authentication severely reduces the risk of security breaches
because the veins are deep within the hand and arranged in very complicated,
hard-to-reproduce patterns.

				
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posted:12/19/2010
language:English
pages:17