The smarter way to accelerate your customer acquisition
See for yourselfThe smarter way to accelerate your customer acquisition
See for yourselfThe smarter way to accelerate your customer acquisition
See for yourselfSolutions for...
Our design experts work with you to reimagine and reengineer your current process, replacing customer data inputs with automated 3rd party data feeds and advanced analytics. We then create a logical easy-to-understand flow in an attractive UX design. The result is a fast onboarding process that will deliver more completed applications and more customers.
Configurable customer journeys
We work with you to design a customer journey that meets your data requirements.
Express UX Toolkit
Express UX Toolkit is used to update the application as your offers and regulations require.
Multi-product customer journeys
Use multi-product customer journeys to cross-sell during onboarding.
Developed for multi-channel, multi-device
Your customers will enjoy the same streamlined process no matter what channel they use.
Dynamic journeys
Dynamic journeys have responsive paths for new and existing customers
API driven, widget-based technology
A fast onboarding process that will deliver better results
fewer customer data inputs
increase in completed applications
Read the case study
Let us show you how we can accelerate your customer onboarding process with breakthrough technology that will deliver results for your business.
Get in touch“It’s easy and it’s quick… reducing complexity and boosts the timeframe. It has been a powerful innovation for our customers.”Intesa Sanpaolo - View case study
Automated. Accurate. Engaging.
Ezbob can quickly customise its solutions to your needs and operating environment. As a cloud-based platform there is no hardware to buy or lengthy development process needed.
Are you ready to take your lending to the next level with ezbob's embedded finance platform? Book a demo today to see how we can help you enable funding quickly and easily, with fully automated digital onboarding and advanced decision-making algorithms.