Do you want to talk about the spectrum of use cases that were addressed, I guess, before generative AI through regular, what is now known as traditional AI?
Yeah, for sure. Back then it was just called good old machine learning prior to all this. And so I think I'll go into a couple of things, just how loosely we think about AI at Ramp, because we do have an applied AI team, which is very horizontal. There's almost no part of how we operate that's off limits, and I'll go into the depth of it. But there's a certain category of just how Ramp operates, how we sell, how we create ads, how we understand the Gong calls that we listen to, all of it.
But there's a lot around just the pure-play operations. There's certain parts that power, whether it's underwriting, the nature of the product itself. So it has less to do with the productivity of a salesperson or marketer, but it has more to do with, can we underwrite you? Can we prevent fraud?
Can we match your receipts? That's another class. And then there's two sets of productizable AI. Some are zero-touch, and others are, which is probably the most emergent case, this agentic AI, where it's not just powering behind-the-scenes experiences, but the things that you can call in order to drive an outcome. So I'll go into all of them. I would say some of the original use cases in terms of powering our product, probably the first one, just given we move money and underwrite, we take risk, underwriting was very heavy, where we're taking a large set of bank transaction data, credit bureau data, and making decisions on that.
I think it's been battle-tested and used for now multiple decades in the financial services industry, and fraud models are often used pretty heavily there. And receipt matching, even back in—
So just to double-click on underwriting, it's interesting, right? Because there was this whole wave of companies that offered underwriting as a service. And the conclusion of that whole wave was a lot of, well, I mean, I guess it's slightly different for companies, but FICO score is actually pretty good. So have you found that there is juice there to squeeze in terms of just using machine learning and more datasets to do better underwriting?
There is. I think this was a big part of the New York tech story probably a decade ago, when there were a lot of fintech lenders. What I'd say is it's real. I think that a lot of those companies overstated how useful it is. And to give you a sense, for us, if a sales team is talking to a prospect, it's almost 100% of companies that we're able to approve. You might say, okay, this can go from maybe if you're just getting started and you're not using great heuristics, maybe that number is 60%, 70%, then it goes to 80%.
I think great ML-based models can allow you to go maybe from low 90s to the mid-90s, something like that. But it's not going to totally change the nature of the business. I think for us too, part of why we were so interested in the corporate space as opposed to consumers was the level of losses were so much lower. It reduced the complexity for us. In consumer underwriting, if you have a subprime-type card, you might lose 5% to 10% per year if you're really going aggressive.
0.5% to 2% losses per year, and we're below that. I would argue, I think, below, given some of the embrace of modern techniques, but the juice, I think, just allows us to say yes to more people as opposed to prevent losses. But it's important because when you lose, and if margins are on the order of a percent, one loss can wipe out the earnings on 100 other companies.
And great, I interrupted you. You were talking about OCR as the next use case.
100%. Well, one, part of when we got into this industry, it struck us that no one had asked the question of, isn't it just fundamentally weird that for most companies to buy one thing, you need two apps? Someone needs to say, all right, I'm going to issue you a credit card. I'm going to set a bunch of rules on one. You're going to go buy this thing. And then you're going to get a paper receipt of a digital transaction, and you're going to go log into some other app that gets your data the next day, and you're going to go and key in everything yourself, and you're going to do this for every transaction you're going to make across the entire company forever.
It's just nuts. It is totally crazy. And we said, we shouldn't integrate with expense management tools. We should just be an expense management tool, so when you buy one thing, you can go to one app. I think early on, if you wanted to do expense management, you had to verify and match receipts to the actual transaction. And so even back in 2019, as we were building this, it was originally for receipts. We use this for bill payments, procurement, all kinds of stuff today.
Yes. Similar. I mean, a lot of that is running backtests, trying to understand in-cluster what's the nature of past transactions that a particular company makes. I think for those types of fraud prevention, it's particularly important to use a more real-time-oriented database that allows you—because often when fraud hits and people detect it, whether it's account takeovers or velocity limits, it becomes very, very important because once people figure out there's an open line, they can spend $200 on a transaction. They buy, buy, buy, buy, buy over and over.
And so if you're using databases that are slow at running analyses, the difference in stopping fraud seconds after it happens versus minutes can be millions of dollars, depending on it.
We do use that and Materialize as well.
And Materialize, right, right, right. And how much of this is machine learning versus rules in the database?
For fraud, that is machine learning, very, very heavy. For underwriting, more and more, just given the size of data, it's possible to lead through machine learning. But a lot of that started just as roles, underwriters, all that.