Overview

MatchLogon GINA

MatchLogon Server

SAP/R3 Integration

Technologies Supported

Authentication Scenarios

Auditing & Admin

Procedure

Problems with Passwords

Why fingerprinting?

[Sequential What?]

Behind the scenes

System Requirements

Fingerprinting

While reading a single fingerprint is cheap, quick and convenient, it’s accepted that a fingerprint can be ‘lifted’, making the usage of single fingerprints as identifiers limited.

fingerPIN™ enables secure access and verification through the use of a sequence of fingerprints, not just one. fingerPIN™ provides a two factor authentication – the uniqueness of the fingerprints and the privacy of the sequence. Several fingerprints in a sequence provides over 100,000 times more security than just one.

fingerPIN™ requires the user to present their biometrics in sequence to authorise access. Your biometrics are secure because your sequence creates a digital pattern that can only be recreated by you. Designed to up-grade existing biometric systems and take personal identification to the next level...

fingerPIN, the future of biometrics... today

While a user enrols, he is asked to place any finger onto the sensor. This fingerprint is recorded as say FingerPrint1. This process is repeated three more times, wherein the user repeats the recording of the fingerprint. The other fingerprints are saved as say FingerPrint2, 3 and 4. FingerPrints 1,2,3 and 4 recorded at the time of enrolment are a unique sequence which are known only to the user. When the user attempts to login, he is asked this sequence. If he gets the sequence of the fingers right, he is allowed access. If not, he is barred from logging into the system.

Biometric single fingerprint recognition is flawed by high incidences of false acceptance. The incidence at which a single fingerprint system will fail and incorrectly accept a false input is 1 in 15,000. fingerPIN™ reduces false acceptance to at least 1 in 10 billion.

 

Application	Password Length	Complexity Factor	fingerPIN  length
Government Security	12	35
Financial	10	27
Corporate (Sensitive)	8	20
Corporate (Non-Sensitive)	7	13
Home Use	6	7

Complexity factor (entropy) is a measure of strength of mechanism of passwords. An Iris scanner is measured at complexity factor of 24

a 4 finger combination fingerPIN is stronger!

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