In today’s digital age, the accuracy and security of identity verification have become core priorities across all industries. From smart locks to financial payments, and from security access control to government services, traditional fingerprint recognition technology is gradually revealing its shortcomings, while the rise of live fingerprint recognition is emerging as the key to addressing these industry pain points.
Among these, innovative live fingerprint recognition solutions—such as those based on glass-substrate technology—demonstrate the necessity of such technologies in real-world applications.
01 Prevent Counterfeiting, Strengthen Security Measures
Traditional silicon-based fingerprint recognition technology is vulnerable to attacks using fake fingerprints; methods such as fake fingerprint templates and 3D-printed fingerprints are commonplace, posing significant risks to users' information security and financial safety.
Solutions equipped with infrared optical liveness detection technology, combined with proprietary algorithms, can penetrate the dermis to identify biometric characteristics, effectively distinguishing between live fingerprints and forged ones.
For example, Xingqihang’s glass-based live fingerprint recognition products have demonstrated irreplaceable value in sectors with extremely high security requirements—such as financial payments and security—thanks to their ability to eliminate security vulnerabilities at the source. After all, the losses resulting from a single instance of fingerprint forgery could be incalculable.
02 Adapting to complex scenarios and overcoming recognition limitations
In everyday life, fingerprint conditions are often complex and variable: dry, cracked fingers in winter; sweaty, damp palms in summer; worn fingerprints in the elderly; and underdeveloped fingerprints in newborns... All of these factors can cause traditional fingerprint recognition to fail.
Xinqihang has innovatively integrated infrared detection technology with glass-based fingerprint chips to create a revolutionary “glass-based infrared biometric recognition” technology. This technology directly addresses the vulnerability to fake fingerprint templates and can easily handle various types of fingerprints—including dry, wet, or cracked ones—and can even accurately capture the footprints of newborns.
The “all-scenario adaptability” of Xingqihang’s glass-based live fingerprint recognition products resolves the awkward issues of traditional products failing to “recognize clearly” or “failing to identify,” enabling fingerprint recognition to function effectively in various everyday scenarios.
03 Technological Advancements Drive Industry Progress
With the advancement of the Internet of Things (IoT) and artificial intelligence (AI), the demands placed on fingerprint recognition modules are becoming increasingly stringent: they must be compact enough to fit into a wider range of devices, feature low power consumption to extend battery life, and be cost-effective to enhance market competitiveness.
Xinqihang’s glass-based live fingerprint recognition products build on the proprietary intellectual property advantages of glass-based fingerprint chips, achieving a perfect balance between ultra-thin design and low-power performance while offering significant cost advantages. This technological advancement not only meets the industry’s demand for high-performance modules but also drives the evolution of fingerprint recognition from merely “usable” to “user-friendly” and “durable.”
From security protection to scenario adaptation, and from technological breakthroughs to cost control, the technical solutions represented by Xingqihang’s glass-based live fingerprint recognition products address every aspect of the industry’s urgent need for reliable identity verification solutions.
In today’s world, where identity verification is ubiquitous, such live fingerprint recognition technology is no longer an “option” but a “necessity” for ensuring the efficiency and security of societal operations.