NFC Payments: How They Work & How to Accept Them with SumUp
NFC Payments: How They Work & How to Accept Them with SumUp
Accepting credit cards isn’t just a choice anymore. In a society that is slowly going cashless, it’s an essential part of your business strategy. But sometimes it can feel hard to keep up with all the new credit card technologies, from EMV cards to virtual terminals.
NFC contactless payments are still relatively new but are growing in popularity at an exponential rate, but many business owners still don’t know how NFC transactions work. That’s why we’ve developed this complete guide to answer all your questions, from “How does NFC work?” to “Is NFC safe?” and more.
What is NFC Technology: A Brief History
NFC stands for “near field communication.” NFC has its roots in another technology, called radio frequency identification (RFID), which was patented by Charles Walton in 1983. Using RFID tags, Walton was able to “label” specific radio waves, making it easy to send and track data through a short-distance wireless communication.
From there, Walton and other developers continued to refine the RFID frequency process, and in 2003, NFC technology was approved as an ISO standard. By 2011, the first NFC mobile apps were being introduced on smartphones. According to a recent study by Juniper Research, contactless payments accounted for $1 Trillion in transactions in 2018, and by payments from NFC apps and wearable devices will surpass $15 Billion in value.
How Do Contactless Payments Work?
You can think of near field communication like your Bluetooth speaker or home wi-fi network. Contactless payments use radio wave tags to transmit data when two NFC-enabled devices are in close proximity-- usually four inches or less apart. A customer’s payment card uses a method called peer-to-peer mode to transfer data to your POS system automatically, while NFC mobile pay apps use a method called emulation, where NFC allows the app to act “like” a credit card, without having a physical card present.
Fun fact for techies: NFC sends data at a frequency of 13.56 MHz, and can send at speeds of 106, 212, or 424 kbit/s.
Benefits of Accepting NFC Payments
According to a 2018 study by the Diary of Consumer Payment Choice (part of the Federal Reserve), 77% of payments today are still made in-person in stores across America. At the same time, Pew Research reported that in 2018, nearly 46% of consumers don’t consider it important to have cash on-hand and 43% say they don’t use cash for their weekly purchases at all.
While cash is still used for a majority of transactions, it is used predominantly for smaller purchases under $10, according to the Diary study. In comparison, credit and debit cards were used for transactions of at least $46 on average. Experian found an even larger gap between cash and credit card purchases, reporting that while the average transaction for cash purchases is just $22, the average transaction using a credit card was $112.
So, if you’re wondering why you should accept credit card payments via NFC technology, the answer is simple twofold. First off, more and more customers are leaving home without cash, which means that accepting their digital wallet or NFC chip card might make the difference between a sale and no sale. And second, research has repeatedly shown that customers spend more with their credit cards than they do with cash.
How to Accept NFC Payments with SumUp
In order to allow your customers to pay wirelessly, you’ll need to have an NFC-capable POS system like SumUp. Accepting contactless payments with SumUp’s card reader or payment terminal is easy. Simply have your customer bring their card, mobile device or wearable accessory close to your payment terminal. The NFC tags from the customer’s payment method will activate a transaction automatically. Then, follow the same steps as you do for accepting credit card payments to complete the transaction.Buy It Now
The Difference Between EMV Cards and NFC Payments
EMV stands for Europay, Mastercard and Visa, but the term is commonly used to refer to any card that contains an EMV technology chip. Chip cards have become nearly universal, and are offered by every major carrier because EMV chips are significantly more secure than traditional magnetic stripe cards.
How do the chips work? The chip creates a unique transaction code for each purchase while inserted into the merchant’s card reader, making it nearly impossible to counterfeit the card from that transaction. Meanwhile, NFC payments work without being inserted, via wireless communication with an NFC terminal or wireless card reader.
Common NFC Mobile Apps
While new RFID applications are being created all the time, here are a few of the most popular choices for payments via smartphones or other smart devices:
Mastercard Pay Pass
NFC Security: How Card Issuers Help Protect Your Money
All payments made with near field communication are encrypted and are considered more secure than swipeable cards. Most mobile applications use a method called tokenization to protect emulated card transactions, and these technologies are constantly updating, making it even more difficult for fraudsters to keep up.
Mobile apps for payments are extra protected by your phone’s security measures and unique emulation codes and technologies that prevent “cloning” by thieves. On the merchant side, SumUp also protects NFC transactions via our fully encrypted, PCI-compliant credit card processing systems.
The Bottom Line
As NFC technology continues to grow in popularity, accepting credit card payments via contactless methods has become a key component in many businesses’ in-person sales strategy. NFC is a safe, secure way to pay that is being adopted by more and more users, and by upgrading your systems to take these payments, you show that your business is ready to evolve with the times.
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