In a typical IT biometric system, a person registers with the system when one or more of the physiological characteristics are obtained, processed by a numerical algorithm, and entered into a database. Ideally, upon login, all of the features match 100%; then when someone else tries to log in, if he/she does not fully match, the system will not allow the log in.

The term is derived from the Greek words "bios" for life and "metron" for degree.

Every person in the world has unique finger prints. The chances of identical prints are 1 in 64 billion.

Fingerprints stay the same therefore an individual will have the same prints during their life.

Even identical twins have different finger prints.
If you injure/cut any of your fingers and thumbs, your skin will grow back in the same pattern and as it heals your original print will return. (As Al Capone found to his cost, some 3 months after he used acid on his finger tips to remove prints).

Biometric technology is incorporated into 44% of products and applications around the world.

Global Bio Tec has used the accepted platform of algorithms and has improved its capability and introduced a unique software package that enables the combination of the mechanical function, electronic specification and biometric capabilities. This enables the development of numerous products that work within the access control and security sector.

Our core technology employs a patented ‘smart’ spindle – operated by an actuator – that converts the mechanical lock into a biometrically-operated access control system. For an organisation, this means a key free environment without the control and process issues of managing keys and key holders.
For the user, it simplifies movement through a building without having to remember keys or pin numbers.