This 34-page white paper looks at whether biometric payment cards equipped with fingerprint-on-card (FPoC) technology are the future for payments, and the success factors crucial to ensuring widespread consumer adoption.
This seven-page white paper explains how NFC tags with an embedded digital signature can provide protection against counterfeiting and grey market goods right through the supply chain — from the factory, through the distribution chain to the retailer and the consumer.
UPDATED This 31-slide presentation introduces Cilab and its ci230 high speed test unit, which offers engineers working on NFC a whole new approach to testing, development and certification through its speed, integrated components and absolute measurements.
This 16-page white paper commissioned by NXP and produced by ABI Research makes the case for NFC tag usage now being positioned to explode into the mainstream and gives reasons why brands can and should start using NFC tags to build new interaction points to strengthen the consumer experience.
This 20-minute webinar is an introduction to NFC Type 5, the NFC-RFID crossover technology that gives longer range ‘vicinity’ communication with dedicated reader hardware and also allows ‘proximity’ interaction with a smartphone.
Read this two-page case study to learn how and why a distillery in Australia is using HID Global’s IoT platform to fight counterfeiting of its premium whiskies.
The Wearable Payment Summit took place during MWC Barcelona 2019 and featured speakers from Barclays, Timex, Gemalto, Zwipe and Tappy Technologies. The event was moderated by Sarah Clark, editor of NFC World.
This 12-page white paper reports on work underway in France to make it easier for card issuers and host card emulation (HCE) suppliers to make use of trusted execution environments (TEEs) to increase the security of their mobile payments services.
This seven page white paper introduces ST’s Steval-Smartag1 NFC dynamic tag sensor node evaluation board, and explains how developers can use its combination of a dynamic NFC tag, energy harvesting capability and environmental sensors to track and protect products on their journey through the supply chain, in stores and in the home.
The blockchain was created to be completely immutable through the use of cryptographic hash functions, Rambus explains in this 13-page ebook. “Put simply, this means that once the data is put inside the blockchain it cannot be tampered with. A safe, however, isn’t secure if someone steals the combination.”