The last part of our mobile payment blog series talked about the
Point-Of-Sale (POS) infrastructure
and how device manufacturers are enabling secure payment transactions in
products from laptops to printers to vehicles. As the world becomes more
connected and mobile, payment functionality is being added to smaller
objects of your everyday life. Whether it’s things you carry with you
or things you wear, secure payment based on
Near Field Communication (NFC)
provides an unrivaled convenience. The next logical question is, how can
secure payment functions be easily added to a variety objects?
The challenge for NFC payments
NFC is a remarkably intuitive technology to use and many thought NFC would
spread like wildfire as it became available for payment transactions. The
reality, though, is that adoption rates, while steadily increasing,
haven’t gone up as quickly as some predicted. Why? Because even though
NFC itself is easy to use, the process for deploying a secure NFC payment
application hasn’t been so easy.
NFC payments use a microcontroller-based circuit, called a secure element, to
safeguard payment information and conduct the NFC transaction in a secure way.
The secure payment functions are then added to the companion app that’s
used by, for example, a wristband, so the wristband can start making payments.
Complexity is a barrier to entry
The complexity of deploying a secure NFC application comes, in large part,
from the way the secure element is “onboarded,” or equipped with
the service credentials needed for processing a payment.
The Loader Service, which was developed by NXP, is available with
line of NFC modules. Each module contains an NXP secure element, the only
Common Criteria certified EAL6+ product for mobile applications. The Loader
Service is pre-configured on the secure element itself, as an applet and
client, so developers have immediate access to the Loader Service.
NXP’s Loader Service, used to configure the security functions that
protect NFC transactions, could be what NFC needs to truly take off in
payments. The Loader Service removes the need to manage infrastructure and
maintenance tasks, reduces systems testing and minimizes risks of failure. Its
standardized infrastructure empowers service providers to develop digital
services once and deploy them across different devices and channels. NXP has
recently initiated standardization of Loader Service under the name
“Secure Element Management Service” with GlobalPlatform. The
GlobalPlatform standardization will therefore greatly increase the scalability
and interoperability of the Loader Service.
Already companies are taking advantage of this quick-to-market ability to add
payment to things like rings, fitness bands, car keys and clothing. As the
payments infrastructure continues to develop, new use cases will become
possible, creating interesting new applications for payment with
Read the white paper
“Loader Service: The Tipping Point for Secure NFC
created in collaboration with MasterCard to learn more about the Loader
Service, how it works and how it compares with the traditional SEI-TSM model.