Break down your check-out process to one click only
What is Click to Pay?
Simple, Smart, and Secure consumer e-checkout, regardless of the payment card, channel, or device.
Easy guest checkout in online stores
No need to enter card credentials, addresses or passwords anymore. All payment cards and address data are stored in the Click to Pay profile.
Automatic user identification
Click to Pay supports automatic consumer identification by device recognition and eliminates the entry of sensitive card data and personal data.
Reduced complexity
Click to Pay is an e-commerce payment solution that uses payment tokens. Card enrollment and token provisioning can be managed through the e- or mobile banking environment of the card issuer or during checkout.
Click to Pay stands behind reduced cart abandonment and enhanced conversion rates with a great impact on customer satisfaction.
Eliminate the need for sensitive card and personal data entry
Simplified and faster checkout process
Higher security due to underlying tokenization
Provide customers with new and trending payment methods
For Cardholders
Fast and easy guest checkout in online stores with no need to enter account numbers or passwords
State-of-the-art technology compliant with all safety and security standards
An e-commerce payment solution that allows cardholders to store all their credit and debit cards in central Click to Pay profiles
Single card data entry only during the first enrollment
Automatic device recognition with fast access to the cards in their profile
What do you get with Netcetera Click to Pay SRCI solution?
All Click to Pay components necessary for merchants and PSPs from one card network-independent supplier.
Click to Pay SRCI Server & Click to Pay SRCI SDK
Out-of-the-box integration with the SRC systems of Visa, Mastercard, AmEx, and Discover.
Available as SaaS or licensed per request.
Fast-time-to-market
Experienced and dedicated teams enabling rapid merchant and PSP onboardings. Certified by card networks, and providing fast integration and go-live.
Increase conversion and approval rate
Simplified checkout will lead to fewer card abandonments. Increased approval rate via more frictionless checkout.
More advantages of choosing Netcetera Click to Pay SRCI
Card networks-agnostic solution / Close partnership with payment card networks
An EMVCo Associate and always in line with the latest industry trends and technologies
Highest architectural and regulation/compliance standards, including PCI-DSS certification
Mobile browser and web browser compatibility
Responsive and multilingual UI support / Localization in 26 languages and constant updates with new features.
Superior user experience and 24/7 client support
How does Netcetera Click to Pay SRCI work?
Online shoppers can enroll their payment cards in the SRC System by selecting the CtP button during checkout, with future enrollment through issuer sites or card creation. Once enrolled, Click to Pay recognizes the consumer and shows their saved cards for quick, secure checkouts—eliminating manual card data entry.
Returning Customer
A returning customer who opted for device recognition can perform even faster checkout.
To provide Click to Pay, merchants and PSPs need to integrate it into their online payment system. Netcetera's Click to Pay SRCI solution simplifies this process, allowing quick and easy implementation for customers.
"Balancing simplicity, security, and convenience for online shoppers is something to look forward to with Netcetera’s Click to Pay. We at GPE are very pleased with the Netcetera team’s professional support in all project phases. This cooperation means creating a background for a much better payment experience for all online shoppers. We are starting with the pilot operations and enabling a simplified checkout experience for our customers."
Vaclav Kerka
Director, E-commerce Solutions, Global Payments Europe
Supported integration with the SRC systems of:
Awards and recognitions
Make it Smart, Simple, and Secure for Your Online Customers!
Contact us, and we will lead you through the process.