Palmprint & Palm Vein Fusion Recognition (Android Version) is an identity authentication solution running on Android OS. It integrates two biometric technologies: palmprint recognition relying on surface palm texture features, and palm vein recognition based on subcutaneous palm vein distribution patterns.
Palmprint & Palm Vein Dual-Mode Biometric Technology is an identity authentication technique that combines geometric texture features of palmprints and vascular distribution patterns of palm veins. Serving as the core operating platform for this technology, Linux handles essential tasks including low-level driver management, algorithm execution, device communication, and secure data storage. In short, a Linux-based palmprint and palm vein recognition system ports hardware drivers for capture devices (palmprint/vein sensors to the Linux kernel). Core algorithms for feature extraction, matching, and encryption are deployed across Linux environments (embedded Linux, Linux servers), enabling highly accurate, high-security identity verification.
Palmprint and Palm Vein SDK (Windows Version) is a software development toolkit tailored for Windows OS. It encapsulates core algorithms and APIs for biometric capture, preprocessing, feature extraction, matching, and identity verification for palmprint and palm vein traits. It empowers developers to skip ground-up R&D of low-level biometric technology. Developers can swiftly integrate dual palmprint-palm vein biometric recognition into Windows applications—including desktop programs, industrial control systems, and Windows embedded terminals—merely by invoking the SDK’s APIs.
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