Brett Adcock

You have that at like TSA.

Yeah, it's a deterrent.

So you have like that, but we can also find it.

We can see underneath through backpacks and stuff.

It happens at specialized like radio frequencies.

It happens at like, you know, 200 to 300 gigahertz.

Then it happens to get at 600 gigahertz.

And in between those bands, there's either FCC rules that prevent you from doing it, or there's atmospheric attenuation, meaning...

Sometimes there's enough moisture in the atmosphere at certain radio frequencies that the radio frequencies don't do well and perform well.

They perform well at these certain radio frequencies for the imaging stuff we do.

So it's actually quite a hard technical feat.

One of the reasons I didn't do it and did Archer is because I thought the cover stuff was actually harder than doing flying cars.

And I actually think it still is.

We still, like, it's hard to, it's like, it seems like pretty obvious.

Like, it's like what airports have, but do it 10 times higher.

So it seems like, and you look at Archer, like, shit, man, that looks really complicated.

Or like at Figure.

Um...

Cover is just a super niche area of folks that haven't... The folks spending in this space, they're doing work in weather and space, and they're not doing this for shootings and security and stuff.

There is no industry for this.