Description

An RFID card is a contactless card that transmits and receives data using RFID technology. They last longer than contact cards since they don’t need to be swiped, which reduces wear and tear.

Contrarily, contactless smart cards come in a variety of forms, from straightforward memory cards with low security and non-volatile memory to high security crypto-processor cards and cards with Native operating systems.

The use of RFID smart cards has spread to every country. They are becoming more and more common because of how quick and convenient they are, which makes them ideal for the education, identification, retail, and transportation industries.

The ability to customize the security level of RFID smart cards to the application in which they are used is fantastic. Additionally, only authorized individuals are permitted to write information into the smart card memory.

The versatility of RFID cards is one of their many notable qualities. If an employee switches departments, it is simple to update them, and the data may be updated without creating new cards. Additionally, an RFID smart card does not need to be in contact with the reader because their technology works with radio waves.

The usage of radio frequency identification technology is widespread across a wide range of sectors and uses. The supply chain management of diverse sectors is where RFID is most frequently used. Throughout the supply chain, RFID has been used to track a variety of goods, including food, chemicals, clothing, and other goods.

RFID is also used to track animals that are kept in farms and shelters. Even pet owners are purchasing RFID tags to track the whereabouts of their animals. The hotel business has likewise been dominated by RFID. In the past, hotels used key cards with magnetic stripes to unlock guest rooms. However, many hotels have shifted to RFID lock systems due to the increased security and simplicity that RFID cards offer.

A reader and a tag are the only parts of a basic RFID system. Only a radio frequency identification reader can detect and decode the embedded information in the tag. Since RFID is a contactless technology, the reader doesn’t need to touch the tag in order to get the data it contains.

RFID is utilized in a wide variety of applications because, in comparison to other comparable technologies, it is a very secure technology. Unlike magnetic stripe cards, which require you to swipe the card, RFID cards offer the advantage of being contactless.

Simply place the RFID card close to the reader is all that is required. As a result, you won’t need to scan your RFID card in order for the door to open if you are returning to your hotel room after a lengthy shopping trip and have both of your hands full of shopping bags. You only need to bring the card close to the reader.

INNOVATE RFID locking systems are employed in dorms, hospitals, office buildings, and commercial real estate in addition to the hospitality sector. They offer a great level of security, making them far superior to conventional lock systems. The high-level encryption used to protect your RFID technology makes it difficult for hackers to access it.

Additionally, RFID cards are resistant to the elements and are waterproof. On the other hand, because stray magnetic fields interfere with the data stored in the magnetic stripe, magnetic stripe cards stop functioning when they are subjected to them.

Features of RFID Card

• RFID Cards are ideal for the education, identification, retail, and transportation industries.
• only authorized individuals are permitted to write information into the smart card memory.
• The data may be updated without creating new cards.
• RFID is also used to track animals that are kept in farms and shelters. Even pet owners are purchasing RFID tags to track the whereabouts of their animals.
• A reader and a tag are the only parts of a basic RFID system.
• RFID cards are resistant to the elements and are waterproof.
• The high-level encryption used to protect your RFID technology makes it difficult for hackers to access it.