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Showing posts from April, 2025

Frictionless Authentication with 3D Secure

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In today's digital economy, security and user experience are no longer mutually exclusive. Consumers demand quick and seamless online payment experiences, but they also expect their sensitive data to be protected. Frictionless authentication with 3D Secure 2 (3DS2) offers a perfect balance—providing robust security without disrupting the checkout flow. At GPayments , we empower merchants and issuers with advanced 3D Secure solutions that elevate user trust and minimize payment friction. In this blog, we'll explore what frictionless authentication is, how it works within the 3DS2 framework, and why it's transforming the way we handle online payments.   What Is Frictionless Authentication? Frictionless authentication refers to the seamless verification of a cardholder’s identity during an online transaction, without requiring them to enter additional information like one-time passwords (OTPs) or security questions. This is made possible by leveraging intelligent ri...

3D Secure 2: How It Enhances Online Payment Security

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Introduction In today's digital landscape, online transactions are more prevalent than ever. However, with the rise in e-commerce, cyber threats such as fraud and identity theft have also escalated. Businesses and consumers alike need a secure, seamless payment experience that balances security and convenience. This is where 3D Secure 2 (3DS2) comes into play. As an advanced authentication protocol, 3D Secure 2 enhances online payment security while improving user experience. In this article, we'll explore how 3D Secure 2 works, its key benefits, how it differs from 3D Secure 1 , and why businesses should implement it to protect against fraudulent transactions. What is 3D Secure 2? 3D Secure 2 is an authentication protocol developed by EMVCo , designed to provide a more secure and user-friendly online payment experience. It builds upon the foundation of 3D Secure 1 , eliminating many of the user experience issues associated with the original version. This protocol...