Joe Liemandt

And that fluency will do more to move up math capability than anything you can imagine.

It's obviously highly scalable, and you can get that out there, broad distribution.

Now, if you take that example, though, and then just go large, you can imagine a great AAA team of the best video game designers.

We've invested over $100 million in getting some of the best video game designers in the world.

They're down in Austin, and they are building a video game on top of the two-hour learning engine that they believe will rival any video game on the planet.

And the difference was parents will be happy to let their kids play it or pay to play it and they will pay to play it and they won't have to pay their kids because the kids will love it and get their kids to top 10%.

And I absolutely believe that is back to motivational models.

Absolutely.

when we talk about the software side, we talk right now, it's all the physical building side back to the scale.

The time back team is like, okay, I got to get the engine working.

But then 2026 is how do I take parts of the motivational model?

That's only been done physically in person and get it into the software.

All of a sudden, you're like, okay, if these kids just voluntarily play a video game and they're going through it, you can imagine.

Let me give you an example.

As I watch a test case where you're asking a kid and you're like, and I'm not a video game person, so maybe I get the wording wrong.

If I had a training center that would give you extra health, so it would increase your chances, how long would you be willing to go to the training center?

And the training center is just going to be math problems or some academic thing.

And these kids are like...

It's going to give me extra health so I can increase the win.

And the more I do in the training center, the more health I get.