Brett Adcock

But you're basically, it's the same as traditional radar technology.

But we can shoot it out.

It comes back.

It's not ionizing.

It won't hurt you.

It's perfectly fine to be around your Wi-Fi.

And we can basically get both a 2D image of what's happening and a 3D point cloud.

The 3D point cloud is what's really important.

So if you have a weapon on you in your pocket, for whatever, or say I have one on my chest, for example, we will start getting back the signals back from the top surface of the gun before we get your chest stuff back.

In the case of your chest, you have a lot of water in your skin, and it'll somewhat attenuate in your chest.

So then we'll get back an image from this, and we'll reconstruct it really fast.

And we can reconstruct into somewhat of a three-dimensional point cloud like you do a camera.

So you basically get almost like it looks like an op.

I showed you earlier today the vision from this.

It looks like kind of a camera image is what you get back.

And so from there, you can kind of visually see what's really happening.

In the case of the gun, you can see the gun.

You can see the trigger in some cases.

Yeah, and sometimes it might just be like the handle or the side of a gun or different places of it.

But you can see it through materials.