Next generation authentication to make global eCommerce secure in real-time.
Visa pioneered the original 3-D Secure protocol more than 15 years ago to protect eCommerce transactions by providing an additional layer of identity verification before authorization. 3-D Secure (3DS) enables the exchange of data between the merchant, card issuer and, when necessary, the consumer, to validate that the transaction is being initiated by the rightful owner of the account.
eCommerce continues to accelerate worldwide with online shopping becoming the preferred way to shop for many consumers. This growth in digital commerce requires businesses to prevent card-not-present fraud and ensure good transactions are seamlessly approved.
Visa worked with other payment brands to develop the next generation of the protocol—EMV 3-D Secure. Visa Secure is Visa’s global EMV 3-D Secure program that makes authentication simple, lowers friction for consumers and helps prevent card-not-present fraud.
Supports different payment channels, delivering a unified web and mobile experience.
Delivers an enhanced data exchange between merchants and issuers to help improve authorization decisioning and fraud detection.
Allows for better integration of the authentication process into the merchant’s shopping experience.
Supports strong customer authentication for issuers, acquirers, payment service providers in regulated markets.
Guide includes the EMV 3-D Secure processing flows, how to get started, program rules, and more. If you do not have a Visa Online account, speak to your acquirer or your Visa account executive.
Learn more about how EMV 3-D Secure makes eCommerce transactions more secure in real time.
Get a one-page overview of how EMV 3-D Secure works.
Please refer to the Visa Secure Services site for the approved list of 3-D Secure vendors and documentation to become compliant.
Immediately access the Visa Secure badge assets, brand guidelines, and customer-facing FAQ.
Source: ONLINE PAYMENT FRAUD Emerging Threats • Segment Analysis • Market Forecasts 2018-2023, November 2018, Juniper Research.
