The IC card coverage rate for Hangzhou residents has reached 90%, using the most secure CPU cards
2016-01-31 · According to reports, Hangzhou Citizen Card has been issued a total of 9.19 million cards, covering the main urban area and its three subordinate districts, four counties (cities), and urban and rural areas, with a card issuance rate exceeding 90%. The card issuing institutions and merchants' POS machines are well-equipped and widely used across multiple fields, forming a card-swipe payment ecosystem business circle.
The IC card coverage rate for Hangzhou residents has reached 90%, using the most secure CPU cards
According to reports, Hangzhou Citizen Card has been issued a total of 9.19 million cards, covering the main urban area and its three subordinate districts, four counties (cities), and urban and rural areas, with a card issuance rate exceeding 90%. The card issuing institutions and merchants' POS machines are well-equipped and widely used across multiple fields, forming a card-swipe payment ecosystem business circle.
With just one Hangzhou citizen IC card, it can serve as a hospital card, bus card, metro card, taxi card, street parking card, bicycle rental card, library lending card, travel card, and more. The payment sector has already penetrated hospitals, supermarkets, convenience stores, entertainment venues, public transportation, and more. It's truly a one-card card, and citizens can even go out without carrying cash.
It is understood that the Hangzhou Citizen Card is the CPU card with the highest security level among IC cards. Simply put, a CPU chip refers to a microprocessor containing a microprocessor, whose functions are equivalent to a microcomputer. The metal sheets on commonly used integrated circuit cards (IC cards) are CPU card chips. CPU cards can be used in finance, insurance, traffic police, government industries, and other fields. They feature large user space, fast reading speeds, and support for multiple uses with one card, and have passed certification by the People's Bank of China and the State Commercial Secretarial Administration. In terms of appearance, CPU cards are no different from ordinary IC cards or RF cards, but their performance has greatly improved. Compared to ordinary IC cards, their security is greatly enhanced. Typically, CPU cards contain random number generators, hardware DES, 3DES encryption algorithms, etc. When combined with operating systems (OS-on-chip, also called COS), they can achieve financial-grade security levels.
According to reports, Hangzhou Citizen Card has been issued a total of 9.19 million cards, covering the main urban area and its three subordinate districts, four counties (cities), and urban and rural areas, with a card issuance rate exceeding 90%. The card issuing institutions and merchants' POS machines are well-equipped and widely used across multiple fields, forming a card-swipe payment ecosystem business circle.
With just one Hangzhou citizen IC card, it can serve as a hospital card, bus card, metro card, taxi card, street parking card, bicycle rental card, library lending card, travel card, and more. The payment sector has already penetrated hospitals, supermarkets, convenience stores, entertainment venues, public transportation, and more. It's truly a one-card card, and citizens can even go out without carrying cash.
It is understood that the Hangzhou Citizen Card is the CPU card with the highest security level among IC cards. Simply put, a CPU chip refers to a microprocessor containing a microprocessor, whose functions are equivalent to a microcomputer. The metal sheets on commonly used integrated circuit cards (IC cards) are CPU card chips. CPU cards can be used in finance, insurance, traffic police, government industries, and other fields. They feature large user space, fast reading speeds, and support for multiple uses with one card, and have passed certification by the People's Bank of China and the State Commercial Secretarial Administration. In terms of appearance, CPU cards are no different from ordinary IC cards or RF cards, but their performance has greatly improved. Compared to ordinary IC cards, their security is greatly enhanced. Typically, CPU cards contain random number generators, hardware DES, 3DES encryption algorithms, etc. When combined with operating systems (OS-on-chip, also called COS), they can achieve financial-grade security levels.
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