Have you ever believed that fingerprint recognition is synonymous with security? The reality may be far more alarming than you imagine. Research has revealed that some mainstream smartphones contain vulnerabilities that can be exploited through brute-force attacks; attackers can use inexpensive devices to bypass attempt limits and even unlock devices within a matter of hours. Even more concerning is that fingerprint login systems on certain high-end laptops have also been found to contain built-in vulnerabilities, allowing physical spoofing to gain access to the system without a genuine fingerprint.

However, the risks extend far beyond hardware. Currently, over 90% of fingerprint-based products on the market—such as smartphones and access control systems—may be susceptible to bypass when invoking fingerprint verification functions. The most fundamental crisis lies in the biometric data itself: if stored improperly, fingerprints—this unique identifier—become as vulnerable as ordinary passwords.

These alarming cases collectively reveal a stark truth: many traditional fingerprint recognition solutions suffer from fundamental flaws in areas such as signal quality, liveness detection, and system security—their security is merely superficial.

In the face of these systemic risks, the market lacks comprehensive security standards. The Xingqihang glass-substrate liveness detection fingerprint recognition chip is the solution designed specifically to address this.

Xinqihang has completely rebuilt the security defense from the level of physical principles. First, the chip’s core glass substrate, with its ultra-high hardness and stability that surpass traditional materials, ensures that the sensor can capture clear, stable, high-quality fingerprint signals throughout its entire lifecycle, thereby solidifying the foundation of the defense at the physical source.

Building on this foundation, we have integrated financial-grade liveness detection algorithms. This technology precisely captures subcutaneous biometric signals—such as blood flow patterns—that are unique to living fingers, rendering any fake fingerprint attacks using tape, silicone, or 3D-printed models completely ineffective.

Choosing Xingqihang means more than just selecting a chip; it means choosing a multi-layered security architecture that spans the physical, biometric, and system layers. We are committed to making every fingerprint verification an insurmountable security barrier.

Let security begin with every reliable touch.