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1. Project background
Through the nationwide renewal of the second-generation ID card, China’s household registration management has fully entered the RFID information era. However, in the face of the second-generation ID card, which has a population of 1.3 billion in China, the more use value is simply the use of plane identification to verify identity information, and the promotion of radio frequency technology is only used in a few industries such as restaurants and banks. .
And now, mobile payment is in full swing in the experimental stage. Using mobile payment can not only use mobile wallets to pay for transactions, but also use RFID-equipped SIM cards to purchase electronic tickets such as the World Expo. Of course, for people, mobile phones are not necessary for everyone, but the second-generation ID card is an indispensable thing for people. Faced with the integrated RFID chip in the second-generation ID card, combined with the wireless POS system, it can be Realize the function of “Card All-in-one Card”.
2. Project purpose
We can imagine that if we use such a card for consumption, we can save the time of waiting for each payment point. And each person can save about 10 PVC cards each year, including bank cards, social security cards, insurance cards, bus cards, discount cards, membership cards, etc., multiplying this number by 1.3 billion, it can be the country’s Energy saving and emission reduction play a certain role. Through an ID card, you can complete functions such as bus swiping, shopping payment, electronic tickets, fee payment, member registration, discount management, smart parking, etc., which greatly saves people’s capital costs, time management, and realizes the “card all-in-one card” System business model. Among them, the information managed through the integrated management of the “second-generation ID card” is applicable to the following areas:
Table (1) Applicable fields of “second-generation ID card”
Conceptual map applicable in the future:
3. Technical principle
This idea is based on the second-generation ID card, and strives to develop the future third- and fourth-generation ID cards to achieve the above functions. It plays an important role in payment, identification, and payment, and also makes a little contribution to saving redundant cards. To realize this huge function, it needs to be integrated with the support of the public security ID card system, banking, transportation, government and other departmental systems and databases. From a theoretical and technical perspective, it can be achieved, but from a practical perspective and security considerations, it still has a long way to go. Below I explain the implementation process of this set of programs from the technical aspects of the conception:
Figure 1. (Principle of the second-generation ID card)
Figure 2. (RFID is divided into encrypted area and non-encrypted area)
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