Geoffrey Cain

So this is the problem where we stand now. We're now in a situation where compute is going down, where these chatbots are easier to make. And as Tyler said, the tech will spread. It's hard to contain. It can't really be contained. But we can do what we can to stay at the leading edge to ensure that the world hopefully one day is using American AI instead of Chinese AI.

So this is the problem where we stand now. We're now in a situation where compute is going down, where these chatbots are easier to make. And as Tyler said, the tech will spread. It's hard to contain. It can't really be contained. But we can do what we can to stay at the leading edge to ensure that the world hopefully one day is using American AI instead of Chinese AI.

So we do live in an age of technological democratization. We're seeing this with SpaceX. SpaceX, by the way, still a very resource-intensive company. It's not as if their investments are small by any means. We're seeing it in AI. We're seeing it in all kinds of technologies. Another big area where there have been massive advances, and especially in military technology, is drones. We saw a

So we do live in an age of technological democratization. We're seeing this with SpaceX. SpaceX, by the way, still a very resource-intensive company. It's not as if their investments are small by any means. We're seeing it in AI. We're seeing it in all kinds of technologies. Another big area where there have been massive advances, and especially in military technology, is drones. We saw a

So we do live in an age of technological democratization. We're seeing this with SpaceX. SpaceX, by the way, still a very resource-intensive company. It's not as if their investments are small by any means. We're seeing it in AI. We're seeing it in all kinds of technologies. Another big area where there have been massive advances, and especially in military technology, is drones. We saw a

cheap homemade drones coming out in Ukraine, some of them made in Turkey. And, you know, these are drones that anybody can snap a grenade on and you can, you know, fly it over a tank column and unleash weaponry destroy tank column.

cheap homemade drones coming out in Ukraine, some of them made in Turkey. And, you know, these are drones that anybody can snap a grenade on and you can, you know, fly it over a tank column and unleash weaponry destroy tank column.

cheap homemade drones coming out in Ukraine, some of them made in Turkey. And, you know, these are drones that anybody can snap a grenade on and you can, you know, fly it over a tank column and unleash weaponry destroy tank column.

So what this means in the big picture is that the traditional forms of industrial organization, of infrastructure, of warfare, military defense are potentially going to crumble in our age. We're seeing a new age where, you know, anybody can get their hands on these technologies. Anybody can innovate with them, find ways to make them cheaper and less intensive ways.

So what this means in the big picture is that the traditional forms of industrial organization, of infrastructure, of warfare, military defense are potentially going to crumble in our age. We're seeing a new age where, you know, anybody can get their hands on these technologies. Anybody can innovate with them, find ways to make them cheaper and less intensive ways.

So what this means in the big picture is that the traditional forms of industrial organization, of infrastructure, of warfare, military defense are potentially going to crumble in our age. We're seeing a new age where, you know, anybody can get their hands on these technologies. Anybody can innovate with them, find ways to make them cheaper and less intensive ways.

But then the question is, how do you respond to all that? And it might simply be that chips are getting smaller and smaller and smaller. And what that means is that we're starting to hit some of the limits into what we can do in the physical realm with chips.

But then the question is, how do you respond to all that? And it might simply be that chips are getting smaller and smaller and smaller. And what that means is that we're starting to hit some of the limits into what we can do in the physical realm with chips.

But then the question is, how do you respond to all that? And it might simply be that chips are getting smaller and smaller and smaller. And what that means is that we're starting to hit some of the limits into what we can do in the physical realm with chips.

But we still have to find ways to stay ahead of that curve because the way to respond to these innovations to ensure that we're safe at home is to find ways to respond to these innovations. So for example, if there are drones attacking tank columns, making tanks obsolete. We need to find a way to respond to those drones. And that's not necessarily going to be a cheaper way of doing things.

But we still have to find ways to stay ahead of that curve because the way to respond to these innovations to ensure that we're safe at home is to find ways to respond to these innovations. So for example, if there are drones attacking tank columns, making tanks obsolete. We need to find a way to respond to those drones. And that's not necessarily going to be a cheaper way of doing things.

But we still have to find ways to stay ahead of that curve because the way to respond to these innovations to ensure that we're safe at home is to find ways to respond to these innovations. So for example, if there are drones attacking tank columns, making tanks obsolete. We need to find a way to respond to those drones. And that's not necessarily going to be a cheaper way of doing things.

We have to stay ahead of that curve.

We have to stay ahead of that curve.

We have to stay ahead of that curve.