Finger vein information security management platform

Abstract

A finger vein information security management platform comprises a finger vein intelligent terminal, a communication network, a server, a client access port and an identity authentication terminal, wherein the finger vein intelligent terminal is connected with the server through the communication network; the client access port is connected with the server through the communication network; the identity authentication terminal is connected with the server through the communication network; the server is a cloud server; the finger vein intelligent terminal comprises a finger vein recognizing device and a shell; the finger vein recognizing device comprises a control main board; the control main board is connected with a finger vein collector, a voice player, an audio collector, a video collector, a capacitive touch screen, a wireless communication module, an LED display lamp and an RFID (radio frequency identification device) reader-writer; a local memory module and an alarm card are arranged on the control main board; the alarm card is connected with the voice player. The finger vein information security management platform has the advantages of high security and good convenience and quickness.

Description

technical field [0001] The invention relates to the application field of biometric identification technology, in particular to a finger vein information security management platform. Background technique [0002] The identity recognition system refers to the system that needs to be authenticated, and certain access rights are obtained through identity authentication, such as access control, time attendance, computer login, safe, automatic ticket collection system for train tickets, etc. Among the several existing common identification methods , there are the following problems: 1. For example, password identification needs to enter the memory password, and it is easy to forget the password; 2. The proximity card input needs to carry the card, which is inconvenient to use; 3. Fingerprints, palmprints, etc. will also be sampled and copied ,There are security risks. In a new generation of security solutions, biometrics are the way of the future. Among the existing biometric t...

AI Technical Summary

Problems solved by technology

[0002] The identity recognition system refers to the system that needs to be authenticated, and certain access rights are obtained through identity authentication, such as access control, time attendance, computer login, safe, automatic ticket collection system for train tickets, etc. Among the several existing common identification methods , there are the following problems: 1. For example, password identification needs to enter the memory password, and it is easy to forget the password; 2. The proximity card input needs to carry the card, which is inconvenient to use; 3. Fingerprints, palmprints, etc. will also be sampled and copied ,There are security risks

Among the existing biometric technologies, there are fingerprint recognition, finger vein recognition, face recognition, palm recognition and iris recognition, etc. In terms of difficulty in copying, difficulty in stealing, recognition accuracy, ease of use, and economic cost, finger vein recognition Recognition is better than other biometric technologies, it cannot be copied and replaced, and it represents the future development trend

[0003] At present, most of the existing biometric smart terminals, access control, channel management, time attendance, patrol, anti-theft doors, etc., adopt password input, proximity card identification or fingerprint identification, which is not safe, easy to fake, and has potential safety hazards

Even if finger vein recognition is used, it is not compatible with other recognition methods, lacks a human-computer interaction interface, is easy to be imitated, deciphered, and copied, and there are potential safety hazards

Moreover, most of the relevant products currently on the market do not have both the functions of server authentication and local authentication, as well as the functions of remote monitoring and human-computer interaction.

[0004] At the same time, the existing finger vein smart terminals cannot report to the police in time when they are artificially removed, which seriously reduces the safety index. At the same time, the traditional finger vein smart terminals use wired network broadband connections, which are subject to regional restrictions due to the need for wiring. Generally, it can only be fixed on the wall and cannot be moved

[0005] In addition, the keyboard input used by the existing finger vein intelligent terminals is low in intelligence and has many and complicated components; for the majority of users, there is currently no existing platform for users: users, manufacturers and third parties Communication platform for software developers, which leads to low resource utilization and poor information exchange

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