
Explore how near-field communication, RFID technology, and host card emulation enable contactless payments, outlining business impacts, flows, security elements, risks, and major providers like Google Pay and Apple Pay.
Explains near field communication and RFID, and how contactless payments work via tap-to-pay with cards or mobile devices at point-of-sale, including security measures like velocity checks.
Explore the backend of NFC technology, including how inductive coupling enables RFID-based, contactless card payments within 10 cm at 13.56 megahertz for secure transactions.
Explore near field communication (NFC) use cases beyond digital payments, including identification, access control, PC login, and cashless transit, highlighting how NFC enables tickets, memberships, and device-to-device data sharing.
Explore active and passive NFC modes, two-way and one-way communications, and offline payment capabilities as phones, readers, and cards exchange data via radio frequency.
Explore the two main NFC communication modes: passive reader interactions and active peer-to-peer transfers. Learn how card emulation enables contactless payments and how tokenization, encryption, and security elements protect transactions.
Explain how secure element and trusted service manager enable secure NFC payments, detailing embedded, SIM-based, and memory-card SEs, and remote app updates and key management by TSMS.
Explain how NFC-based payments work for debit, credit, and prepaid physical cards by energizing the card with a reader, exchanging encryption keys, and securely transmitting transaction details.
Learn how NFC based payments on mobile devices work, from tapping to authorize, using secure element or cloud-based host card emulation, with biometric or PIN security.
Compare NFC and Bluetooth for digital payments, highlighting NFC's security, close-range proximity, and lower battery use versus Bluetooth's higher power consumption and longer range.
Learn how Bluetooth low energy payments enable remote one-to-many transactions via store beacons, contrasting with NFC and highlighting privacy considerations and examples like PayPal beacon, iBeacon, and Eddystone.
Discover how PayPal beacon based payments enable hands-free, mobile checkout with low energy Bluetooth beacons, allowing automatic in-store PayPal payments with no wallet or cash required.
Explore host card emulation (HCE) and deployment models, comparing cloud-based and tokenization approaches and their use of ETSI security, secure elements, and token services for NFC payments.
Compare secure element and host card emulation for NFC payments, weighing hardware security against cloud-based credentials and EMV tokenization. Explore hybrid models with application IDs and Samsung’s mystique technology.
Explore how Samsung Pay combines NFC and MST to enable tap-to-pay on both NFC and non-NFC terminals, with tokenization and offline payment safeguards.
Explore risk measures in contactless payments, including losses from stolen cards, velocity checks, and transaction limits, and how banks enforce chip-and-pin and mobile unlock security for fraud mitigation.
Master Contactless Payments and the Future of Digital Transactions!
In a world rapidly shifting towards contactless solutions, driven by the ever-expanding reach of smartphones, swift transactions, and the ongoing impact of COVID-19, the preference for contactless payments is surging. Why? because they're not only speedy but also remarkably secure. Unlike physical cards, contactless cards are a tough nut to crack when it comes to data cloning.
Before you embark on this transformative journey, please take a moment to delve into our comprehensive curriculum. It's your portal to mastering the skills needed to thrive in contactless payments.
Course Highlights:
Explore the Dynamics of Contactless Payments
Unveil the Magic of Near Field Communication (NFC)
Decode Host Card Emulation (HCE) and RFID-Based Digital Payments
Understand the Difference between Embedded Secure Element (eSE) and HCE
Venture into the World of Bluetooth Payments
Meet the Giants: Android Pay, Apple Pay, and Samsung Pay
Discover the Innovation of MST (Magnetic Secure Transmission)
Tackle Risk and Mitigation Strategies
Get a Glimpse into the Technology and Backend Processes
Immerse Yourself in the Realms of FinTech, Mobile Payment Systems, and Payment Processing
Journey through Bluetooth Low Energy (BLE)-Based Payments
Delve into PayPal Video on Beacon-Based Payments
Near-field communication (NFC) is a game-changer. It's a wireless data transfer method that allows devices like smartphones, laptops, and tablets to share information when they're in close proximity, typically within a 2-inch radius. While it may sound like Bluetooth, NFC technology uses less power and functions exclusively when devices are nearby, eliminating the need for device discovery or manual synchronisation.
NFC technology plays a pivotal role in contactless peer-to-peer payments through mobile wallets such as Apple Pay, Android Pay, and Samsung Pay, as well as contactless cards. To accept these cutting-edge payment methods, you'll need specialised card readers. As the world increasingly embraces these technologies, especially in the era of COVID-19, NFC and HCE are becoming paramount in the realm of Digital Payments.
We're thrilled to simplify and demystify this essential contactless digital payment method, making it accessible to everyone in the FinTech and digital banking industry. Join us on this enlightening journey, and let's explore the future of digital transactions together.
See you in the course, where your journey toward expertise begins. Happy Learning!
With Best Regards,
The Global FinTech Academy
"If It's FinTech, Learn From Us"