AI in banking

Where retail banks break through the AI ceiling

22 June 2026
3
mins read

Five disconnected systems mean AI only ever sees a fragment of the customer. The foundation is what's broken, not the models. So where can banks start fixing it?

Most retail banks already know what's broken.

You can't unify everything at once. The banks getting AI into production didn't wait for a multi-year transformation to finish. They picked one domain - where fragmentation hurts them the most -Β  and built the foundation there.Β 

Here's where retail banks are starting today.

Give your digital channel the power to execute

Your app is good, but there's a ceiling on what it can do.

Take for example a customer disputing a charge. The app surfaces a form, but the form doesn't resolve it. The customer calls, and the agent starts from scratch.

Another example: A customer wants a higher overdraft limit. The app says visit a branch. They don't, and the opportunity is gone.

The gap is in theΒ execution, not the product. The digital channel can start the journey but can't finish it. Completing it requires context, policy checks, and actions that live in systems the channel can't reach.

The answer isn't a better self-service tool. Instead, it's giving the digital channel the ability to execute. Take a customer's intent and turn it into a resolved outcome, without a handoff end to end.

When that works, the economics follow: Fewer calls, lower cost-to-serve, and higher digital completion rates. Customers resolve their issue without leaving the channel they chose.

This is the fastest entry point for most retail banks. It lands on the existing digital surface. It doesn't need a back-office transformation to deliver value on day one. And it creates the shared customer context that every domain after it builds on.

Resolve the exceptions automation can't reach

Every retail bank has automated the obvious. IVR, basic self-service, and RPA on the most repetitive tasks.

Cost-to-serve hasn't moved enough though.

The reason: the work driving servicing cost isn't the repetitive tasks. It's the exceptions: disputes that need evidence from three systems, and KYC queries that require a human to gather, review, and decide. In short, the cases that fall outside the straight-through path.

That work remains manual because automation needs context that fragmented systems can't provide.

The answer to that isn't automating more tasks. It's giving the people who handle exceptions a complete picture of the case in real time. AI prepares the case for the human to decide.

When that works, resolution time drops from days to hours and agents handle more cases at the same headcount. The exceptions that need human judgment get it. The ones that don't are handled without it. The cost-to-serve follows.

The starting domain is almost always the highest-volume, most exception-heavy operation the bank runs, such as disputes, KYC remediation, and service request fulfillment.

Get more applications from start to funded

Most loan abandonment doesn't happen because the customer changed their mind. It happens because the process broke.

The application starts on the app, but underwriting works in a different system, and document collection happens over email. Meanwhile, the funding team can't see where the application stands. Every handoff is a drop-off risk.

The customer who applied on Monday and heard nothing by Thursday didn't find a better rate. They simply got frustrated and stopped.

The answer isn't improving the application UX because it is already good enough. It's orchestrating the full journey from application to funded through straight-through processing where the data allows it, supported by intelligent exception handling where it doesn't.

When that works, time-to-yes compresses and conversion improves. Underwriters spend their time on the cases that need judgment, not chasing documents or updating status fields across disconnected systems.

The entry point is almost always the product with the highest application volume and the worst completion rate, such as personal loans and mortgage pre-qualification.

Why one domain compounds into the next

This is where starting with one domain diverges from buying point solutions in sequence.

When each deployment builds on the same foundation, the shared, real-time view of the customer built for domain one carries into domain two. The orchestration logic from servicing applies to origination. The governance framework built once governs every action across every domain that follows.

The first deployment is the hardest, but the second is faster. By the third, the bank has a compounding operating model - not a collection of automations.

Pick the domain where fragmentation costs you the most right now, and build the foundation there. Everything after gets cheaper, faster, and more capable.

120+ leading banks are already building the Unified Frontline on the AI-native Banking OS. They didn't start with a platform strategy. They started with a problem too expensive to leave unsolved.

Learn more about the AI-native Banking OS
About the author
Backbase
Backbase pioneered the Unified Frontline category for banks.

Backbase built the AI-native Banking OS - the operating system that turns fragmented banking operations into a Unified Frontline. Customers, employees, and AI agents work as one across digital channels, front-office, and operations.

Backbase was founded in 2003 by Jouk Pleiter and is headquartered in Amsterdam, with teams across North America, Europe, the Middle East, Asia-Pacific, Africa and Latin America. 120+ leading banks run on Backbase across Retail, SMB & Commercial, Private Banking, and Wealth Management.

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