√ EMV Level test ongoing
√ Embedded Condition : Algorithm based
√ No Battery, No Supercapacitor with ISO standard
√ Thin thickness : 0.8 mm after Lamination
√ Co-work with Global Credit Card
√ Dual Interface fingerprint smart card
Introduction to Cold laminating Card
The Cold laminating card adopts low temperature lamination technology (cold lamination technology). The internal structure of the cold laminating card is mainly composed of PCB circuit board, lithium polymer battery, IC integrated chip, and Bluetooth function module.
Function introduction: The working status of the card can be controlled through the Bluetooth connection of the mobile phone, and the security information and consumption information of the card can be grasped at any time.
Operation principle
The fingerprint image is collected mainly through the Sensor, and the fingerprint algorithm chip is used for fingerprint processing and comparison. If the comparison is passed, the financial IC card or IC access control attendance recognition function can be connected to conduct normal transactions or open the door; if the comparison fails, the financial IC or IC access control card function cannot be used.
Introduction to Cold Lamination Technology
OEM/ODM Processing/ Lamination/Integration for Active Electronic Smart Card of
biometric/authentic/IOT/OTP/FP developer Board
Specifications
It supports unique identifier (UID) and MIFARE Plus SE as an identification method, and is compatible with most existing RF terminals on the market.
Applications of NFC Fingerprint Biometric Smart cards:
Access Control: Used in secure areas like government buildings, data centers, and corporate offices, ensuring only authorized personnel gain entry.
Identification: In law enforcement, these cards can be used for verifying identities during arrests or checks.
Financial Transactions: Banks and financial institutions can issue fingerprint smart cards for secure transactions, reducing fraud and enhancing user authentication.
Healthcare: Medical facilities can use these cards to securely access patient records and verify healthcare providers’ identities.
E-Government Services: Citizens can use biometric smart cards to access various government services, enhancing security and reducing identity theft.
Travel and Border Control: Airports and border control agencies can use them for passport verification and expedited travel processes.
Time and Attendance Systems: Companies can implement these cards for employee time tracking, minimizing buddy punching and attendance fraud.
Education: Schools can use biometric smart cards for student identification, library access, and secure meal payments.
Digital Signatures: Fingerprint smart cards can facilitate secure digital signing of documents, enhancing legal and contractual processes.
IoT Device Authentication: They can authenticate users accessing smart devices or networks, ensuring only legitimate users can connect.
