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Because human hands are unique, hand geometry can assure dynamic veriﬁcation.
In a recent study, the National Academies of Science found that while a person’s ﬁnger geometry is indeed far less distinctive than his or her ﬁngerprints, hand or ﬁnger biometrics is indeed suitable as an identiﬁer for a wide variety of circumstances, where one in a thousand uniqueness is sufﬁcient.
With a high level of security, ease of use, and nonthreatening technology, hand geometry has become the most widely accepted biometric technology in use today.
Hand geometry alone is able to perform one-to-one and one-to-many identiﬁcation.
Hand geometry is a relatively accurate technology. It draws on as rich a data set as ﬁnger, face, or iris biometrics.
During an enrollment of hand geometry, the unit’s internal processor and software convert the hand image to a nine-byte mathematical template, which is the average of the three readings.
Individuals need to register on each device in hand-scan applications that include a large number of access points.
The National Center for State Courts indicates that the use of hand geometry is enough to identify an individual.
Inﬂuences such as swelling or injury can disguise the basic structure of the hand.
There is absolutely zero invasion of privacy in the 3D picture of two ﬁngers.