Jason Kim

So there's national security customers like the Space Force that are interested about what's going on in the moon, but also what's going around the moon in cislunar space.

Yeah, you're spot on.

You know, everything that we're doing around Earth

we're reproducing around the moon.

And it's things like imaging and surveying the moon.

It's things like communicating around the moon back to Earth.

It's things like actually being on the moon's surface, creating infrastructure.

We've got designs for larger landers that have the elements that made us successful on our Blue Ghost Mission 1 landing, but bigger.

And that way, we can take even more to the moon

things like power plants and more communication systems, light terrain vehicles, more rovers, cargo for supporting a permanent presence of humans on the moon.

Everything we're doing on Earth, we can reproduce on the moon.

Yes.

So what's going on is on our Blue Ghost Mission 2 mission, I mentioned we're going to land on the far side of the moon.

We're going to have that orbiting spacecraft called Electra, and that's going to provide long haul communications relay capability.

But we also put a camera on that orbiter and we call that service Ocula.

and we're going to be able to sell the data from that sensor uh commercially but that sensor also has a an nvidia jetson module on it and so because we have scitech as a subsidiary now they do ai processing algorithms so we're going to be able to port scitech ai processing onto that jetson it's going to launch and it's going to orbit the moon

It's going to take the data and we're going to be able to show the benefits of AI around the moon, particularly in processing different events around the moon and on the moon really quickly, but then reducing that data into a smaller data chunk so we can

send that data more efficiently down our bandwidth that we have.

So it's going to test out a lot of different things and show the benefits of AI around the moon.

And it's not just this mission.