Biometric technology uses human physiological and behavioral characteristics to identify identities. Combined with the Internet and the Internet of Things, this will be a trend for future development. In scenarios with higher security requirements, fingerprint, facial recognition, iris and other biometric technologies will be used for verification. With the advent of the Internet of Things era, biometric technology will have broader market prospects.

solution

Fingerprint acquisition

Shotron launched a series of biometric fingerprint verification intelligent acquisition terminals, integrating FAP10, FAP20, FAP30, FAP60 full finger, palm acquisition and other different specifications, applied to different scene needs, providing reliable biometric verification equipment for government elections, government administration, personnel control, police law enforcement, banking systems and other fields.

solution

identity verification

The Shotron series of handheld identity verification terminals integrate built-in ID card readers, IC card recognition, ID card dedicated fingerprint and facial recognition algorithms to perform on-site fingerprint and facial comparison and complete "one-stop" verification. It can also provide various SDK development kits for customer secondary development to meet the identity verification needs of different scenario users.

solution

iris recognition

The accuracy of iris recognition is more than 30 times that of fingerprint recognition. It is a non-contact identification method that is convenient and efficient to use. Iris recognition also has characteristics such as uniqueness, stability, non-replicability, and vitality detection. Its comprehensive security performance is very high. Iris recognition has been widely used in finance, medical care, security inspection, security protection, special industries such as attendance and access control, and industrial control.

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face recognition

The Internet of Things terminals and facial recognition technology have a natural fit. Whether in mobile payment, unmanned retail or smart access control and other fields, they are widely used.

DIFFICULTIES AND CHALLENGES

Lack of integration in hardware design

It is difficult to adapt to various application scenarios and installation modes. In addition, the interface and bracket options of the device are relatively limited, unable to flexibly adapt to different loading environments such as wall mounting and vehicle mounting, thereby limiting its application range and flexibility.

Android os 11/10
ARM Cortex A73 Cortex-core
( 2.0GHz )

The device has a single function and lacks scalability

This cannot meet the customer's demand for multi-functional equipment, and it is also difficult to improve the utilization rate and added value of the equipment.

POWERFUL Full function

COPING SOLUTIONS

The device has a single function and lacks scalability

This cannot meet the customer's demand for multi-functional equipment, and it is also difficult to improve the utilization rate and added value of the equipment.

Fingerprint 500 dpi 256X360
SAFEUEM Mobile device
management
RS232 Serial port

Powerful functions and high integration

Compared with traditional single facial recognition terminals, the Shotron K series of multi-functional intelligent terminals can also integrate more functions such as NFC, barcodes, and RFID, with extremely powerful expansion functions.

NFC Near-field
communicationFull
Barcode scanning 1D/2D
Electronic tags LF HF UHF