Safes are broken into more often than you might think. A recent spate of incidents across the country has revealed a harsh reality: the “impregnable walls” of traditional safes are no match for modern burglary techniques. Don’t assume that safe theft is a rare occurrence—it is far from it. Behind each of these shocking real-life cases lies the heartbreak of families or businesses seeing their hard-earned assets go down the drain. Faced with such a severe security threat, relying solely on the physical thickness of a safe is no longer enough.

Against this backdrop, Xingqihang has introduced a brand-new fingerprint recognition solution: one that utilizes glass-based infrared biometric authentication technology, which is emerging as the final line of defense for home and office security.

Against this backdrop, Xingqihang has introduced a brand-new fingerprint recognition solution: leveraging the core advantages of a glass-on-glass substrate, which can be understood from three perspectives:

1. Completely Eliminates Unlocking via Fake Fingerprints

Traditional solutions only compare fingerprint patterns, allowing fake fingerprints made from gel or conductive adhesives to slip through undetected. The glass-based infrared liveness detection system uses near-infrared light to read the concentration of oxygenated hemoglobin in the blood beneath the skin in real time; prosthetics cannot simulate this vital sign.

2. Instant Unlocking Even with Dry, Wet, Dirty, or Cracked Fingers

Silicon-based systems are sensitive to finger conditions; they often fail to recognize fingerprints in dry winter conditions, when hands are sweaty, or when fingers are greasy, failing to unlock the lock at critical moments. The glass-based substrate provides a pure signal with strong anti-interference capabilities, enabling precise recognition of dry, wet, cracked, or dirty fingers, ensuring reliability in emergencies.

3. Vandalism Is Useless; Data Encryption Prevents Theft

Fingerprint templates in standard fingerprint safes can be extracted and duplicated using technical methods. The glass-based module features a built-in independent security chip that encrypts fingerprints upon capture, ensuring protection throughout the entire process of transmission and storage. Even if a thief violently dismantles the panel, they cannot read or tamper with the fingerprint data, nor can they physically bypass the lock. Combined with infrared liveness detection technology, this is becoming the final line of defense for home and office security.

In a nutshell:

The glass base upgrades safes from being “secure against the honest but not the dishonest” to “recognizing only living people, resisting forgery, and withstanding forced entry”—providing a truly reliable “biometric vault” for your valuables.