With the popularity of the Internet and mobile payment, personal information security is becoming more and more important. Fingerprint recognition has gradually expanded from the industry (finance, public security, education, etc.) applications to the terminal consumer market, and has gradually become the standard for mainstream smart devices.
Fingerprint recognition technology has been applied in many fields such as locks, attendance, access control, computers, banks and safes, and smart phones. Among them, under the demonstration effect of Apple mobile phones, in recent years, mobile phone installation fingerprint recognition devices have become standard, which further extends the prosperity of fingerprint recognition technology. As the demand for mobile payment market continues to rise, the cost of fingerprint recognition devices continues to decline. It is expected that this technology will also have the possibility of explosive development.
Millet: Ultrasonic fingerprint
Xiaomi company held the 2016 autumn new product launch conference, the world's first new flagship mobile phone millet 5S, 5.7-inch large-screen dual-camera mobile phone millet 5SPlus and two artificial intelligence TV.
Xiaomi claims to be the industry's first "non-porous" design, seamlessly transitioning the screen surface, but it has opened a small "slot" that is still dust-proof, sweat-proof and not easily damaged. However, the main advantage of ultrasonic fingerprinting technology is still worth seeing, because under this technology, the sensor can be placed under a 2.5D glass panel.
According to reports, one of the important "black technologies" of Xiaomi 5S is fingerprint recognition. Lei Jun, chairman of Xiaomi, said that the current pre-fingerprint fingerprint recognition on the market is a capacitive fingerprint button. The disadvantage is that the fingerprint panel and the glass screen are separated from each other. The materials are not uniform and have chromatic aberration, and are easy to wear and damage. The mechanical physical buttons are frequently used. It is also easy to damage. To solve this problem, the iPhone 7 uses a solid-state button design that cannot be pressed, and the Xiaomi 5S integrates ultrasonic fingerprint recognition technology to place fingerprint recognition under the glass without opening holes in the glass.
Huawei: Front Fingerprint Identification
Huawei has been insisting on using fingerprint recognition on the back. This is mainly because the larger the size of smartphones, the larger the era of big screens has come. In this case, it is difficult for users to operate with one hand. If it is positive fingerprint recognition, You can unlock it by moving it down slightly, and it is easy to accidentally break the phone. The back fingerprint recognition is relatively simple, and it is more practical for a large screen with two hands. Just like the mobile version of the glory 6X, which has recently appeared in the same shape as the BLN-AL10, the back has a dual camera design and provides back fingerprint recognition.
However, at this year's IFA show, Huawei officially released the new Android tablet product Huawei Tablet M3, indicating that Huawei will make changes. Huawei's flat-panel M3 is Huawei's first flat-panel product with front-facing fingerprint recognition. Even on smart phones, the front-end fingerprint recognition Home button is the first time for Huawei. It is rumored that Huawei will continue to front-end mobile phone fingerprint recognition next year.
Lenovo: Computer-side fingerprint recognitionWhile mobile phone manufacturers are rushing to fingerprint identification technology, chip giant Lenovo and Intel are also coming to a "one share." Lenovo on the 23rd of this month
Intel PayPal and Synopsys announced that they will jointly develop new technologies that allow users to authenticate themselves with fingerprints when using online payment services such as PayPal.
The companies said the biometric system developed for PCs is based on the security standards set by the online Rapid Authentication Alliance (FIDOAlliance). The Online Rapid Authentication Alliance is an industry organization dedicated to ensuring that emerging security technologies such as fingerprints and iris scanning work across devices.
In fact, currently only mobile devices use this combination of biometrics and online payment systems. The collaboration of the four companies will bring scanning technology similar to that used for online payments to Lenovo computers. Intel will provide custom processors that meet the biometric security standards of the Online Rapid Authentication Alliance; Synopsys will provide a fingerprint scanning system that includes encryption technology and so-called anti-spoofing algorithms to prevent hackers from hacking into devices.
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