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20 years of fingerprint algorithm research. Industry-leading accuracy, fast comparison speed, and global product distribution. Trusted by developers and enterprises worldwide.
Two Decades of Innovation in Biometric Security
With over 20 years of dedicated research in fingerprint algorithms, IDWDFP has established itself as a global leader in biometric identification solutions. Our expertise spans optical and capacitive sensing, secure data processing, and high-speed recognition systems.
Our products are designed for reliability, accuracy, and seamless integration into access control, time attendance, smart locks, and industrial applications.
High-performance fingerprint sensors, modules, scanners, and chips
Effectively collects a larger fingerprint area for more accurate recognition. Ideal for access control and time attendance systems.
Large capacity, capable of storing up to 3,000 fingerprint templates. Suitable for high-user environments.
Enables fast and accurate fingerprint recognition using advanced capacitive sensing technology.
Advanced, energy-efficient capacitive module for rapid recognition in security and access control.
Cutting-edge solution for fast and accurate biometric identification with standard UART communication.
Equipped with advanced algorithms, large-capacity storage, and standard UART communication.
Compact, high-performance capacitive sensor optimized for Arduino-based projects and DIY security systems.
High-performance capacitive scanner conforming to ISO19794-2, ANSI378, and other international standards.
Meets FBI PIV-071006 and international biometric standards for government and high-security applications.
High-performance biometric processor with embedded security algorithms for OEM integration.
20+ years of R&D in fingerprint recognition ensures unmatched accuracy and speed.
Products meet ISO, ANSI, FBI, and other international biometric standards.
Standard UART, SDKs, and documentation for seamless system integration.
Optical sensors use light to capture fingerprint images and are typically more durable. Capacitive sensors use electrical capacitance and are more compact, offering better resistance to spoofing.
Yes, we offer Arduino-compatible fingerprint sensors with open-source libraries and example code for easy integration.
Yes, select models are FBI PIV-071006 certified and comply with international biometric standards including ISO 19794-2 and ANSI 378.
Most of our modules support up to 3,000 fingerprint templates, depending on the model and configuration.
Our fingerprint solutions are used across industries
For product inquiries, technical support, or partnership opportunities, visit our official website.
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