NEW PRODUCTS:

The fingerprint time attendance 199A with the capacity of 10000 users, support WAN, fast verify. The most advanced fingerprint time attendance come out in start of 2009 now, the FTA199A Come with the hot requirement with WAN support and big users capacity. Also the device are with the most advanced mainboard of ARM9 with a good taste appearance and large system compatibility as the most advanced technology of China Liahren.

A new fingerprint time attendance model of FTA220A are with a good taste appearance and large system compatibility also easy using, stably and veracity, especially the verification speed. with the most advanced 7th genaretion biometrics recognization technology of China Liahren

As the most advaced portbale fingerprint safe, which are quite appricited by all the clients who use this suitbale size fingerprint safe in their cars with a steel rope fixed in the car. The character of small size are quite welcomed by our clients for them put this suitable size safe at any place for files store and values.Also the steel rope make the safe can not be moved at all. more security.

The latest fingerprint time attendance enter the markets on 25th DEC 2008. 

Fingerprint & Mifare time Attendance LHID-FTA185M is the most advanced ( with the Biometrics Fingerprint Algorithm to Mifare IC card together) fingerprint time attendance in biometrics fingerprint technology industry, it keep user's fingerprint in a Mifare card. The user's fingerprint no need keep in the fingerprint device. it is good for solve the problem that some one do not left their fingerpirnt in any place.

1. The First application of GPRS on Time Attendance Device which is easy for data transmission.
2. GPRS, the attendance data can be transmitted in real time.
3. The employees can take the attendance at different location, which well solve the difficulty of remote attendance control.
4. Fingerprint kept in the Mifare card which will be without the users and locations limits.
5. The user’s Authority can be set for the use of access control with Mifare.
6. The device with Mifare can be used for many kind of ID application system development, such as Time attendance device, Access control system, Ticket system…

LHID-FTA196A is the latest generation fingerprint time attendance in biometrics fingerprint technology industry which enter the markets on 25th May 2007. This Stand-alone fingerprint time attendance 196A with a good taste appearance and large system compatibility also easy to operate, stably and veracity, especially the verification speed.

As the most advaced portbale fingerprint safe, which are quite appricited by all the clients who use this suitbale size fingerprint safe in their cars with a steel rope fixed in the car. The character of small size are quite welcomed by our clients for them put this suitable size safe at any place for files store and values.Also the steel rope make the safe can not be moved at all. more security.

LHID-FPS268: As the special design of fingerprint controller board for safes, it is with the function of scanning fingerprints, with a inside small size controller for data managerment, lock function. commonly used for safe, such as fingerprint volume safe, file safe with fingerprnt technoligy...

LHID-FTA185A is the most popular/common fingerprint time attendance in biometrics fingerprint technology industry, with all supper high-tech functions Gathered in one, which can even meet all the functions requirements

LHID-FFS268: As the special design of fingerprint controller board for safes, it is with the function of scanning fingerprints, with a inside small size controller for data managerment, lock function. commonly used for safe, such as fingerprint volume safe, file safe with fingerprnt technoligy...

Learn about Biometrics

Biometrics is the process by which distinguishing human anatomy is used for identification and verification. Biometric systems are pattern recognition systems which are automated methods of determining the authenticity of a specific physiological or behavioral characteristic possessed by the user to determine or verify identify. The word biometrics comes from the Greek words bio, meaning life, and metric, meaning to measure.

First used in China in the 14th century -- merchants stamped hand and foot prints of children on paper with ink to distinguish one child from another. In Europe, Richard Edward Henry developed fingerprinting for Scotland Yard in the later half of the 19th century.

Identification is determining who a person is. One has to establish a person's identity (Who am I?).
Verification involves confirming or denying a person's claimed identity. (Are you who you claim to be?).

Using Biometrics for identification, for example, DNA evidence or fingerprints, has been used for many years. It is widely accepted as being credible and accurate. Biometrics is now being used for verification as part of security systems. Verification has been part of security systems for many years. We have been asked for physical items of identification like a license or passport. We have also been asked for things we know to verify our identity, like a pin number or a maiden name. Unfortunately, security systems that use physical forms of identification and personal information can be easily "fooled". It is the increasing need for more security that has enabled biometrics to evolve to its current state of development. Biometrics determines who we are using our distinct physical features.

Biometric systems consist of three parts:

1. Scanner Scans the anatomy being used.
2. Software The software which gathers the information and converts it to digital form
3. Database The database which compares the current data to a stored database and determines authenticity and identification.

Biometrics are classified into two categories:

1. Physiological Physiological biometrics measure the distinct traits that people have, usually (but not always or entirely) dictated by their genetics. They are based on measurements and data derived from direct measurement of a part of the human body.

Physiological Biometric Applications:

Fingerprints, Retina Scans , Iris Scans, Facial Patterns, Hand Geometry, Vascular Patterns, DNA...

2. Behavioral

Behavioral biometrics measure the distinct actions that humans take, which are generally very hard to copy from one person to another. They measure characteristics of the human body indirectly.

Behavioral Biometric Applications:

Speaker Recognition, Signature, Keystroke

Current Applications

School officials in China, USA, England, France, Germany,Italy,SPAN, Portgul, Japan, Malysia, India, pakistan,turkey, syria, switherland, ...installed an electronic fingerprint system to keep tabs on the district's students who ride the 750 school buses. The student places his/her thumb on a scanner which tells the bus driver whether the student is on the right bus.

China Liahren, the leader in finger-based biometric identification, has schools using finger identification technology to move students through lunch lines faster, track their library books, computers, and in some cases to identify students who need medication.

The nation's largest grocery chain, Kroger Company, is pilot-testing fingerprint readers for customers to pay for their groceries. Many grocery stores are experimenting with fingerprint scans at checkouts that automatically charges to a customer's credit card or debit card.

Key finger identification technology is being used in schools around the country to move them through lunch lines, track library books, computers, and other physical assets contained in the media center.

Key finger identification technology is being used in some schools to identify students who require medication from the school nurse. Fingerprint scanning for door locks.

Fingerprint readers for authorization of ATM's.

A Florida middle school, Don Estridge High Tech Middle School in Boca Raton, is using biometric hand readers to take attendance, check out library books, and purchase food in the cafeteria. More than 18,000 employees at San Francisco International Airport are scanning their hands through biometric machine readers when they report to work. These readers are installed at over 180 entrances to the Airport.

LH-ID Group, one of Europe's leading providers of telecommunications services, uses iris rcognition as an access control solution. Hand readers are used at over 8,000 locations including the Columbian legislatures, day care centers, sperm banks, welfare agencies, hospitals, immigration facilities, and San Francisco International Airport as noted above.

Facial scanning is used as a potential tool to avert terrorist crimes and is presently used in many law enforcement areas.
Facial recognition software has been developed for computer networks and ATMs for facial verification purposes.
Facial scanning was used at the SuperBowl prior to the attack on September 11.
Retina scans are being used in high-end security applications such as military bases and power plants.
In 1994 Lancaster County Prison in Pennsylvania became the first prison to use iris scan technology for prisoner identification.

Iris scanning is also used in Berkshire County Jail as a security check for employees.

Charlotte/Douglas International Airport and Flughafen Frankfort Airport in Germany use iris scans with frequent passengers to speed up boarding procedures.

Talks are being initiated concerning the use of iris scans at ATMs.Currently fingerprint technology are more used in applications and the leading manufacture in china is China liahren Co.,Ltd biometrics-china

Since 2002, Barnstable County Jail in Massachusetts uses iris scans along with fingerprints as part of their booking procedure