Traditional fingerprint recognition systems—whether optical or capacitive—essentially rely on fingerprint image matching. Counterfeits made from silicone or conductive gel can easily bypass these systems simply by replicating fingerprint features. Because these systems are based on the underlying logic of “recognizing patterns” rather than “distinguishing living individuals,” they struggle to meet the security requirements of high-security scenarios.

Centered on its proprietary glass-based technology, CoreQihang has redefined the fingerprint recognition security system, achieving triple innovation in substrate, detection, and encryption, thereby completely overcoming the limitations of traditional solutions. The specially formulated glass substrate offers excellent light transmittance, providing natural compatibility for liveness detection. It also boasts a significantly longer press cycle life than silicon-based substrates, withstands harsh environments such as high-temperature storage, and is anti-static and corrosion-resistant. It captures pure, residue-free signals and offers maximum adaptability to both dry and wet, as well as blurred fingerprints.

Leveraging the light-transmissive properties of the glass substrate, Xingqihang incorporates reflective infrared liveness detection to capture the unique blood oxygen signals of the human body—signals that cannot be simulated by prosthetics. This dual-verification system meets the security standards of the Ministry of Public Security and the financial sector, eliminating forgery at its source. It also integrates end-to-end encryption protection, featuring a dedicated security chip for physical isolation. Using state-level encryption algorithms, it secures every stage of data collection, transmission, and storage, while a proprietary secure communication protocol ensures data remains tamper-proof and theft-proof throughout the entire process.

Xinqihang’s glass-based solution complies with multiple authoritative national standards and has been certified by the Ministry of Public Security, Microsoft, and others. By transitioning from silicon-based to glass-based technology and evolving from simple pattern matching to triple verification—combining biometric features, identity attributes, and data encryption—it has achieved a cross-dimensional upgrade in identity security. This makes it the go-to choice for financial institutions, government agencies, and organizations handling classified information, fortifying identity security across millions of scenarios with Chinese-made chips.