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How AI Is Fixing Healthcare’s Broken Claims System artwork

How AI Is Fixing Healthcare’s Broken Claims System

TechDaily.ai

October 7, 2026

Healthcare has spent billions digitizing records, claims, and payment systems. So why are providers still losing enormous amounts of time and money fighting denied claims? It’s a lack of intelligence, visibility, and connection between fragmented systems.

Speakers David, Sophia

TopicsTechnologyNewsTech News

David (0:00)

Welcome, everyone, to techdaily.ai. I'm your host, David, and joining us today to help decode the hidden complexities of the systems that run our world is our guest expert, Sophia.

Sophia (0:10)

Hey, everyone, it is great to be here.

David (0:12)

You can sponsor this podcast for just $25. Your message will be featured across major platforms like Apple Podcasts, Amazon Music, Spotify, and more. If you're interested, visit techdaily.ai to get started today.

So, to kick off our exploration today, imagine you do your job, like, perfectly.

Sophia (0:33)

Right.

David (0:33)

You execute this highly technical, potentially life-saving procedure. But then, you have to spend, I don't know, 20% of your revenue hiring a small army of administrators, just to prove to the person holding the money that you actually did the work.

Sophia (0:49)

Yeah, it's honestly wild when you frame it like that.

David (0:53)

It is. And that is the actual current reality for the US health care system right now.

Health care providers alone are spending an estimated $20 billion every single year just arguing over denied claims.

Sophia (1:06)

Yeah, and that $20 billion figure, I mean, that's just the tip of the spear.

David (1:11)

Wait, really? Just the tip?

Sophia (1:13)

Absolutely. When you look at the total administrative waste in the US health care system, it actually hovers around $200 billion annually.

David (1:23)

Wow. $200 billion. That's, I mean, that's staggering.

Sophia (1:27)

It is. And the crazy part is, none of that capital is going toward patient care.

It is entirely locked up in this highly reactive, labyrinthine environment. Providers are essentially funding massive departments whose sole purpose is to manage the friction of getting paid for services they have already rendered.

David (1:45)

So our mission today is to figure out why this massive financial drain isn't actually a claims problem, but an intelligence problem, and how shifting our perspective on that changes everything. Because I'm sitting here thinking, you know, we have poured billions of dollars into digitizing health care over the last 15 years, right?

Sophia (2:05)

Right. The whole push for EHRs and all that.

David (2:07)

Exactly. We transition from paper charts to massive electronic health record systems. Everyone has a patient portal now. Insurance companies have payer portals.

If everything is digitized, why are we still burning 20 billion dollars on friction? Like, the data is already in the computers.

Sophia (2:25)

Well, that's the thing. Having data in a computer is vastly different from having an interoperable intelligence system.

David (2:31)

Okay. What do you mean by that?

Sophia (2:32)

So the core issue is fragmentation.

The information you need to successfully adjudicate a modern medical claim doesn't live in one place. It is fractured. It's across disparate electronic health records. It's buried in unstructured clinical notes.

David (2:47)

Which you probably just typed up by a doctor super fast, right?

Sophia (2:50)

Exactly. Lots of jargon, unstructured text. And then it's locked inside shifting payer contracts and scattered across dozens of different clearing houses.

David (2:59)

What a mess.

Sophia (3:00)

It really is. You might have the patient's clinical history in one system, right?

Then the specific payer's ever-changing medical necessity policy is just like a PDF sitting on a web portal somewhere.

David (3:10)

Oh man, just a static PDF.

Sophia (3:12)

Yeah.

And the actual billing codes are in a completely different revenue cycle platform. These systems do not natively talk to each other.

David (3:19)

I mean, to me, it sounds like trying to return a defective product to a store, but the store's return policy changes every Tuesday.

Sophia (3:25)

Yes.

David (3:25)

And it's not actually written down anywhere the public can see it. And you only find out you filled out the form wrong after the cashier officially rejects your receipt.

Sophia (3:33)

That is a perfect analogy.

David (3:35)

By then, you have to go all the way to the back of the line and start over, which takes so much time.

Sophia (3:39)

That captures the operational reality perfectly. You are basically flying blind until you hit a wall. And for years, the technology industry's proposed solution to this was, well, it was simply automation.

David (3:51)

Just doing the wrong thing faster.

Sophia (3:53)

Essentially, yeah. We saw a massive push for tools like robotic process automation or RPA.

The whole idea was to take human workers out of the equation and just let bots scrape the payer portals, check claim statuses, and submit appeals.

David (4:08)

But if the underlying rules are a black box, automation just means you are putting a faster engine in the car, so you can crash into the wall at a higher speed.

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