Biometrics take the lead in access control

Biometrics technology is based on the fact that human biometrics have the characteristics of “everyone is different, lives forever, and carries around” and uses biometric or behavioral characteristics to identify individuals. There are two types of bioassays: the first is biometrics: fingerprints, faces, palm prints, irises, retinas, pulse, and pinna; the second is behavioral features: signatures, sounds, and key press strength. Fingerprint identification technology is the most mature branch of biometrics technology, and it is also the most widely applied technology.

In the past, the normal status of the access control market was always controlled by access control, attendance to attendance or maintenance, security, patrol and patrol, and the entire access control security system was unable to achieve integration in a single architecture as a whole. This is not only wasteful cost but also unnecessary consumption. , Integration greatly reduces the cost of use, and can not effectively control the access control function to achieve the best results. With the integration of biometrics into access control systems, the access control system is getting closer and closer to the intelligent process.

For many years, human beings have been using the latest technological means to make unremitting efforts for the commercialization of fingerprint recognition technology. Since the 1970s, with the development of computer technology and the maturity of CCD image acquisition technology, commercialized fingerprints have been used. The discriminator began to appear. Since 2000, with the innovation of the global information industry, fingerprint identification technology has reached a high level and is widely used in the civil and industrial markets.

Four characteristics leading biometrics to take the lead in the identification of fingerprints and finger veins in biometric identification. There are reasons for this, mainly because of the four major characteristics that have developed the technology for finger vein recognition and application. The leading palm vein recognition products are taking the lead in access control.

We examine each of these four biometric features one by one in the product test verification. First is the near-infrared sensing method, the identification is rapid, the distance from the test is within a few centimeters, and there is no contact finger vein registration and rapid identification reaction. , The effect of being free from environmental brightness shows the first fast-stable feature of the biometric sensing technology; again, we have also seen the biometric content of the finger vein in the entire user interface and the convenience of the user interface, using AllonScreen's The design allows all touch operations to be operated in a single window at a glance. It also has a language selection function that can be applied to various countries. This is the second convenience feature of biometric recognition; the third is the use of the entire palm vein identification. Make a thinking; design single, double, multi-person login and card password for the back door and coercion use problems that the system may use. At the same time, multiple authentication and backdoor mechanisms are available, and the anti-stress function of left and right hands to log in heterogeneously, making the whole Use a third security feature that is more secure; the fourth most important feature is the convergence of the network. Of the demand to make the system even more easy on the combination of security and surveillance monitoring, but also through such features can be more integrated with the telecommunications network in the future become the fourth communications network characteristics Interworking function at home or access management. These features seem simple, but only the hard work of manufacturers to develop the research process can make the rapid recognition of vein identification technology.

The diversified biometric application market palm vein identification technology has been greatly improved due to its uniqueness, permanence, deceptiveness, convenience, and acceptability, making it possible to apply automation to a wide range of applications besides mainly applied to access control. Machine and instrument control start control, security and access control in military or airport control areas, financial depository or securities deposit management control, medical specific access control. In addition, it can also be applied to multiple applications such as general attendance management, electronic database management, and e-commerce certification. However, in addition to the above-mentioned scope, the products participating in the test also extended its finger vein recognition system to residential security access applications. In addition to high-end single-family homes, they also expanded their access to energy by expanding their energy into the access control of collective mansions or membership. In the member management application, the limitations of the palm vein recognition in the past have been overcome, and the palm vein recognition system has been more widely used by users.

Infinite recognition of finger vein biometric recognition In addition to the test verification statements of the above paragraphs, the biometric identification product also uses modular technology to customize product functions including panels, software, and operation screens, etc., to accept customized requirements from customers or vendors. Through such deployment of technology, finger-vein biometric identification systems including fingerprints have room for even more unlimited development in the future.