Alexandr (Alex) Wang

But ideally you have AI agents that are just going, they can look through all the historical sensor data, they can figure out

oh actually there's like kind of a thing that showed up on this radar and this kind of thing that showed up on this satellite imagery and we can kind of like sketch together this like you know the trajectory of this of this ship okay so you go through that process you try to understand what's going on and then you and then you go through and and figure out okay what are the what are the possible um courses of actions so once you have situational awareness

then what are the courses of actions against this particular scenario?

And you can have an AI agent honestly just propose courses of actions, like, hey, in this scenario, given this ship is coming here, we could fire at it, we could just wait to see what happens, we could reposition so that we're able to...

handle the threat better.

We could reposition some satellites so we have greater sensing.

There's all sorts of different courses of actions that we could take.

And then once the AI produces those course of actions, it'll run each of those different course of actions through a simulator.

So it'll then run

It wargames at real time.

Exactly.

It'll wargame at real time.

And so then it'll run through a simulator and say, okay, what's going to happen if we fire at it?

Like, you know, this is what we know about red forces.

This is what we know about blue forces right now.

If we fire at it, this is like, you know...

This is the war game of how that plays out.

If we just increase our sensing, these are the things that the Red Forces could do to fuck us up.

And that's the risk that we take on.

And then the benefit is, because all of this is automatic, you can run it, these war games and these simulations, a million times.