What is the difference between NFC Liccard 1 and the built in security chip

1. The built-in security chip in NFC can be matched with various APPs that support NFC function, at this time, the mobile phone can not only use the electronic certificate as an NFC induction tag, but also an NFC card reader, which can read other NFC tags or transmit data with other NFC devices. Taking the solution provided by the electronic lock manufacturer as an example, the NFC mobile phone is equipped with the manufacturer's APP, and the electronic lock that supports NFC can be opened after authorization, without the need for a card or metal key.

2. NFC Richard 1 needs to get the permission of mobile payment and customs clearance, and can find a telecom operator to renew the SWP-SIM card, and ** the app provided by the telecom or banking company. The NFC chip in the mobile phone will provide radio frequency signals, ** data to the SIM card, and the SIM card can use the SWP (SingleWireProtocol) interface to realize the connection with the NFC chip, and ensure data security through the trust service management platform provided by the telecom operator.

Security chip with RF function.

The industry has come a long way in bringing payment apps to NFC smartphones, and the next growing trend is to bring keys and smart access card functionality to NFC smartphones as well. Fueled by the growing popularity of NFC smartphones and mobile payments, NFC technology will create new opportunities for virtual card placement into smartphones and other portable devices, allowing users to use smartphones and portable devices to open doors, shop, and conduct other transactions securely.

At present, the new generation of access control technology is directly embedded in the mobile phone and gives full play to the role of virtual voucher cards. Smartphones embedded with virtual voucher cards can be used not only as keys to open doors, but also for mobile payments and various other applications.

Manage security.

Currently, MHZ contactless smart cards are widely used to verify the identity of personnel to determine whether they can enter the building or use equipment. This high-frequency smart card technology provides a wide range of keys and two-factor authentication, preventing unauthorized use of the card or reader by anyone, thus increasing security. In addition, encrypted data storage adds another layer of security to the information on the card.

Now that we are moving into an era of greater mobility, more advanced applications, and more threats to information security, the industry is moving to next-generation access control architectures to embed portable identity virtual credential cards on fixed and mobile devices. So, how do we keep our information safe?

The platform is based on card-side and reader-side decoders, which combine to perform similar functions to traditional cards and readers, using a standards-based, technology-independent, and flexible identity data structure that provides new levels of security, portability, and performance.

Virtual credential cards ensure the authenticity and privacy of data, while relying on multiple layers of security to prevent data duplication. These cards add an extra layer of security to the device, adding a layer of wrapper to the data that allows for more diversity of keys and provides additional authentication and encryption to prevent security from being breached. In addition, it is built specifically for a specific device and bound to that device, thus preventing SIO from being copied to another device, so it can prevent various sites from being attacked by replication cards.