Since the development of locks, the evolution of mechanical locks to smart locks has been completed. Smart locks have become the trend of today's high-end locks with their convenience and security. Smart locks represented by fingerprint locks have gained wide market acceptance. In recent years, with the emergence of new consumer concepts of intelligence, environmental protection, and energy saving, consumer demand for high-end lock products has become more and more prosperous, and products that do not really meet the market demand in the high-end market have emerged. Today, a finger vein-based biometric identification technology has been identified by the Institute as the most secure and reliable high-end biometric identification technology and will play a leading role in many fields.
The vein is one of the human body's biological characteristics. People develop the biometric technology based on the uniqueness and stability characteristics of the human body. In the ever-changing technological development, a kind of biometric recognition technology, which is at the forefront of the development of the industry, refers to finger vein recognition. The rise of technology has become a hot spot in the field of biometrics technology.
The vein technology was first used in the medical field. The technology has a very mature clinical application and can be described as a hall-level technology in the medical field. If a mature technology is successfully developed in the commercialization of technology, it can bring huge market opportunities. For example, IBM Corporation developed optical storage technology in the 1970s, but because of the poor stability of access at that time, the high cost, and the lack of value that could be developed into a product, the technology was shelved for a while, and later IBM. Licensed optical storage technology to Japanese manufacturers, which enabled Japan to successfully develop the world's first optical disc product (CD-ROM, CD-RW), occupying the entire optical disc product market, and IBM developed its own product 15 years later. CD-ROM products. The commercialization of technology is the focus of exploration and exploration by companies and even industries. However, the success rate of commercialization of technology is far lower than expected. Intravenous technology, as a basic subject with high precision and professionalism, has not appeared in mature applications outside medicine. Nowadays, palm vein technology, which is widely used in the industry, is only at the stage of modularization relative to the palm veins and does not truly realize the commercialization of technology.
Realizing the commercialization of technology requires companies to have a strong overall strength. This requires not only a solid technical foundation, but also a continuous investment in technology commercialization strategies, an assessment of the industry environment, and a strong need for application disciplines. Biometric locks incorporate technologies such as mechanics, electronics, optics, and algorithms. Their technical and structural complexity, their enormous investment, and their stringent requirements for the company's overall strength have deterred many companies from doing so. The instability of vein technology is difficult to control, making it difficult for finger vein technology to break into application technology. Probach has been cultivating for many years in the field of biometrics technology. With its strong comprehensive strength, it has created technological innovations and created countless classics in the industry. The leading position of the industry has been beyond doubt. It is precisely because of its strong overall strength that Probak has reported good news on the road to technological commercialization. The world's first finger vein lock, the I200 finger vein lock that Probaque successfully launched recently, fills the gap in the market for high-end biometric locks, ending the modular application phase of finger vein recognition and opening up the commercialization of the civilian market. era.
Wang Rongfu, who was then general manager of Probak, was a senior hardware engineer at Huawei. He has made achievements in the field of electronic technology and led the team to achieve many breakthroughs and innovations. Today, Wang Rongfu is also a member of the Chinese expert group established by the International Electrotechnical Commission's IEC “Digital Lock†standard and is leading the international standards for digital door lock technology. Dr. Zhang Chuanhui, chief scientist of Probach, as the earliest expert engaged in fingerprint algorithm research in China, led the Probak algorithm team and developed BioSure 9.0, an internationally leading fingerprint recognition algorithm with independent intellectual property rights, and continuously optimized and upgraded. Dr. Zhang, an expert member of the Biometrics Technology Standards Working Group, spared no effort in promoting the standardization of biometrics technology and laid the foundation for Probcker’s establishment of a technical threshold.
Wang Rongfu said that biometrics technology is increasingly becoming an applied technology in a wide range of industries and fields, and finger veins have perfected biometrics in the past and will lead the development of new generation of identification technology. As the demand for high-end biometrics in the domestic market continues to increase, it is believed that more and more knowledge-based companies with a sense of social responsibility and focus on R&D, innovation, and technology applications will continue to develop in the field of biometrics in the near future. , contribute to the cause of social security!
The vein is one of the human body's biological characteristics. People develop the biometric technology based on the uniqueness and stability characteristics of the human body. In the ever-changing technological development, a kind of biometric recognition technology, which is at the forefront of the development of the industry, refers to finger vein recognition. The rise of technology has become a hot spot in the field of biometrics technology.
The vein technology was first used in the medical field. The technology has a very mature clinical application and can be described as a hall-level technology in the medical field. If a mature technology is successfully developed in the commercialization of technology, it can bring huge market opportunities. For example, IBM Corporation developed optical storage technology in the 1970s, but because of the poor stability of access at that time, the high cost, and the lack of value that could be developed into a product, the technology was shelved for a while, and later IBM. Licensed optical storage technology to Japanese manufacturers, which enabled Japan to successfully develop the world's first optical disc product (CD-ROM, CD-RW), occupying the entire optical disc product market, and IBM developed its own product 15 years later. CD-ROM products. The commercialization of technology is the focus of exploration and exploration by companies and even industries. However, the success rate of commercialization of technology is far lower than expected. Intravenous technology, as a basic subject with high precision and professionalism, has not appeared in mature applications outside medicine. Nowadays, palm vein technology, which is widely used in the industry, is only at the stage of modularization relative to the palm veins and does not truly realize the commercialization of technology.
Realizing the commercialization of technology requires companies to have a strong overall strength. This requires not only a solid technical foundation, but also a continuous investment in technology commercialization strategies, an assessment of the industry environment, and a strong need for application disciplines. Biometric locks incorporate technologies such as mechanics, electronics, optics, and algorithms. Their technical and structural complexity, their enormous investment, and their stringent requirements for the company's overall strength have deterred many companies from doing so. The instability of vein technology is difficult to control, making it difficult for finger vein technology to break into application technology. Probach has been cultivating for many years in the field of biometrics technology. With its strong comprehensive strength, it has created technological innovations and created countless classics in the industry. The leading position of the industry has been beyond doubt. It is precisely because of its strong overall strength that Probak has reported good news on the road to technological commercialization. The world's first finger vein lock, the I200 finger vein lock that Probaque successfully launched recently, fills the gap in the market for high-end biometric locks, ending the modular application phase of finger vein recognition and opening up the commercialization of the civilian market. era.
Wang Rongfu, who was then general manager of Probak, was a senior hardware engineer at Huawei. He has made achievements in the field of electronic technology and led the team to achieve many breakthroughs and innovations. Today, Wang Rongfu is also a member of the Chinese expert group established by the International Electrotechnical Commission's IEC “Digital Lock†standard and is leading the international standards for digital door lock technology. Dr. Zhang Chuanhui, chief scientist of Probach, as the earliest expert engaged in fingerprint algorithm research in China, led the Probak algorithm team and developed BioSure 9.0, an internationally leading fingerprint recognition algorithm with independent intellectual property rights, and continuously optimized and upgraded. Dr. Zhang, an expert member of the Biometrics Technology Standards Working Group, spared no effort in promoting the standardization of biometrics technology and laid the foundation for Probcker’s establishment of a technical threshold.
Wang Rongfu said that biometrics technology is increasingly becoming an applied technology in a wide range of industries and fields, and finger veins have perfected biometrics in the past and will lead the development of new generation of identification technology. As the demand for high-end biometrics in the domestic market continues to increase, it is believed that more and more knowledge-based companies with a sense of social responsibility and focus on R&D, innovation, and technology applications will continue to develop in the field of biometrics in the near future. , contribute to the cause of social security!
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