Biometric solutions are techniques that verify an individual's
identity based on measurable physiological characteristics, such
as voice, face, fingerprints, retina, iris, and hand geometry.
Each of the biometric authentication technologies works by matching
examples of live individual characteristics against stored templates.
Biometric technologies provide alternatives to personal identification
numbers, badges and passwords as means of identity verification
and authorized access to resources.
Biometric technologies are tools for applications where secure
authorized entry or assumed identity is required. Biometrics
facilitate authorized entry for physical places such as doors
or automobiles, or for "logical" (or data) places like
PCs, telephones, networks, and the Internet. In this way, Biometrics
provide authentication and security for smartcard applications,
e-commerce transactions, secure portal services, secure data
repositories, and secure database management services. In short,
biometric solutions facilitate any transaction where a user,
customer, or employee must verify his or her identity before
gaining access to resources or services. Because biometric methods
do not require passwords, they are convenient, and effective
solutions for securing the virtual pathways for consumer spending
and satisfaction on the Internet.

VoicePass is a voice pattern recognition biometric technology.
Used for secure identification, it operates by comparing a person's
actual speech to their stored voice pattern. The technology compresses
the stored voiceprint and therefore uses a uniquely small amount
of memory. VoicePass is unparalleled because it is text
independent and therefore does not rely on a particular phrase
or password...More on VoicePass

FaceTrac is facial identification biometric technology designed
to allow law enforcement agents to identify individuals by face
matrix/nodal points and match them against records stored in
the Bastille database. Facial recognition is a biometric technology
that measures the nodal points of an individual face to verify
identity. The technology can provide a one-to-one or a one to
many match between an individual's face and a stored template.
A one-to-one match verifies that an individual is who he or she
claims to be by delivering one of two possible results: yes or
no. A one to many match can deliver several results.
FaceTrac is designed to:
* locate faces and build templates
* return matches based on a specified threshold ranking
* match images despite altered facial hair, colorings, and age.
FaceTrac biometric technology works with the Bastille secure
data center for law enforcement to offer crime prevention and
suspect apprehension.
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