• Physiological characteristics such as your fingerprint or face 
• Behavioral characteristics such as your signature or voice

A variety of methods and techniques are available through the GAITS PCS: 

• Face
• Fingerprint
• Iris/Retina
• Motion

Generally, face, signature and voice are considered to provide a lower level of security than fingerprint and iris, with iris scanning being the method of choice for extremely sensitive areas. It is essential to select a system that meets your needs, which is why GAITS provides systems integration services in this area as part of our total solution.

Biometrics is preferred over traditional methods of identification (passwords/PINs) because it requires that a person actually be present at the point of identification and these features cannot be stolen or forged. It can be used to prevent unauthorized access to ATMs, cell phones, home and office computers, automobiles and secure areas. It can also be used during electronic transactions over the internet or telephone. 

Biometric systems are not perfect. An authorized user may be rejected by the system while an unauthorized user may gain access to it. The False Rejection Rate (FRR) is usually caused by lighting, climate conditions, low quality equipment or inexperience. The False Acceptance Rate (FAR) is caused by the security standard being too low. The later is far more serious, as it poses a great risk to have unauthorized people gaining access to your systems. The FARs and FRRs vary between biometric techniques, but iris scanning has proven to be the only one that has never had a false acception. 

As mentioned earlier, biometric systems are becoming commonplace in our society. Though many people have failed to accept these new methods of identification/verification because of the "Big Brother" fear, education and first-hand experience with the technology is slowly winning some people over. One thing to remember is that even though biometrics are a very strong method of security, a single "key" should not suffice. It is generally considered that the use of 2 biometrics or the combiniation of a biometric with a more traditional method can ensure a higher standard of security.

Key Features and Benefits: Combination of two biometrics provides the highest levels of security available on market  Accommodates battery charger - Drives 2 bolts or 2 door strike mechanisms or magnetic locks  Steel tamperproof enclosure for increased security Connects directly to a local area network or can be used as standalone unit Audit trail of who, when and where access has been granted or denied Non-biometric devices, such as proximity or swipe cards can be added Door Controller will identify user, grant access and record events even if communication with the server is lost. Space available for two 17Ah lead acid batteries for prolonged back-up time (batteries not included) Technical Specifications: LAN Attachment:     RJ45 for 10baseT Database: Microsoft Access Fingerprint Reader: Optical recognition technology Camera: Video (back lighting optional) Connections: Terminal blocks for power, lock outputs and sensors Dimensions: 17 (W) x 21 (H) x 7 (D) in.(442 (W) x 533 (H) x 180 (D) mm) Mains: 110V AC (230V version available) Frequency: 50 - 60Hz

The GAITS Biometric Access Control System operates as a standalone one door system or it can be networked to interconnect multiple doors at multiple sites - domestically or internationally.

The system utilizes technology that automatically identifies an individual based upon his or her unique physiological characteristics. The system works by converting information about the individual's face and fingerprints into a unique code.

The Biometric Access Control System integrates a battery backed-up central controller with a fingerprint reader and camera. (A Network Access Controller which accepts proximity or swipe cards or keypads and can drive 2 bolts or 2 door strike mechanisms or two magnetic locks can be included for an additional charge.) (Camera and fingerprint reader are additional.)

Users register or enroll into the system by recording their facial and fingerprint patterns into the central management system. These patterns are then scanned and recognized as the user approaches the system or door.

When access has been granted, the unit will produce a signal to open the door. At the same time an audit trail will record the action.

If communication with the server is lost, the door controller will continue to identify authorized users, grant access and record the events. When communication with the server is restored, the server will be updated with information collected at the door.