The smarter way to accelerate your customer acquisition
See for yourself
The smarter way to accelerate your customer acquisition
See for yourselfThe smarter way to accelerate your customer acquisition
See for yourselfSolutions for...
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...
Your retail banking onboarding process will be as fast and intuitive as Netflix and other successful digital services.
Your retail banking onboarding process will be as fast and intuitive as Netflix and other successful digital services.
Offer customers easy-to-understand applications, and make personalised product offers in real-time. Ezbob is the high-speed customer acquisition platform for consumers and sole traders.
This solution allows for precision credit decisions, while automating the whole process. Customers receive a loan offer in seconds and funds can be released in hours.
Deliver a state-of-the art digital customer experience for consumers and sole traders seeking to open an account.
Make the application and approval process fast and easy for your consumer and sole trader customers.
A fast and easy solution for customers to secure this perfect add-on product.
Automates the application process and produce a compelling customer offer within seconds.
Express modules that can be purchased separately or as a bundle. They are custom fit to your needs and easily integrated into your current infrastructure and business process.
Cloud-based platform
Super fast time-to-market
Low up-front investment
UX & Process Design Module
Compliance & Authentication Module
Credit & Risk Decisioning Module
Product Recommender Module
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.
