Dr. Andy Galpin

And so from our perspective of vitality, we've got all your blood work and molecular biomarkers.

For the rest, we've got your sleep.

We've got your movement patterns.

We can actually work with another company to watch you physically move and do that stuff.

We can take your physiology and upload it.

Then from there, we can run endless simulations of combinations of nutrition and training and supplementation

medicine, movement, daytime patterns, sunlight, water, all those things, and figure out really quickly how you're going to respond the best for whatever outcome we want.

It's not ready at all right now.

But we're actually, again, running it right now.

We'll have our first cohort done probably in the next week or so.

Yeah, really, really soon.

I don't know how well the model is going to be the first time through it.

I don't know if our group's going to be the best at it.

It doesn't matter.

But this is clearly going to be something the world is capable of.

As we get better at being human sensors and we can bring those data in, we're going to be able to deploy things like this and say, hey, yo, this is most likely to work for you.

The digital twin is already being used for like the heart, right?

uh it's in place we have the digital twin of the kidneys is as well the lungs are coming soon the heart is coming pretty soon there's lots of groups i'm not involved in any of those projects but that's it's coming on board so the ability to not have to guess anymore and most importantly try i tried this for six weeks it didn't work i tried this for nine that's going to go away really fast great you still have to go do all the work the technology won't work out for you

Well, we have some stuff that'll do that too.

What's the cost though?