Steve Kwast

So if they see a ship they don't like there, they could kill it and it maneuvers so fast. And our systems are designed to kill other things that are more predictable, like a parabolic curve, not something that moves at those speeds and can maneuver. And so we have to counter that now, okay?

Because this is the tit for tat of competitive advantage, both in business and in warfare, where if your enemy develops something that's really cool that you can't afford, you find something that cuts its feet out from under it at a fraction of the cost. That's what they've done.

Because this is the tit for tat of competitive advantage, both in business and in warfare, where if your enemy develops something that's really cool that you can't afford, you find something that cuts its feet out from under it at a fraction of the cost. That's what they've done.

Because this is the tit for tat of competitive advantage, both in business and in warfare, where if your enemy develops something that's really cool that you can't afford, you find something that cuts its feet out from under it at a fraction of the cost. That's what they've done.

Yeah, they've done it. It's in the news. About a year ago, I think, is when they launched the first one that was a shot across the bow for America. What the hell are we doing? Wow. And again, you know, President Trump knows these things and he you know, so thank God he is back in because again in in the last administration these innovations were in idle and Now they're an afterburner

Yeah, they've done it. It's in the news. About a year ago, I think, is when they launched the first one that was a shot across the bow for America. What the hell are we doing? Wow. And again, you know, President Trump knows these things and he you know, so thank God he is back in because again in in the last administration these innovations were in idle and Now they're an afterburner

Yeah, they've done it. It's in the news. About a year ago, I think, is when they launched the first one that was a shot across the bow for America. What the hell are we doing? Wow. And again, you know, President Trump knows these things and he you know, so thank God he is back in because again in in the last administration these innovations were in idle and Now they're an afterburner

And this is our superpower. He won't talk about it, but God help the country that puts him to the test because you even listened to a speech yesterday. And those of us that know are so grateful that our country has a defender that's not afraid to be strong.

And this is our superpower. He won't talk about it, but God help the country that puts him to the test because you even listened to a speech yesterday. And those of us that know are so grateful that our country has a defender that's not afraid to be strong.

And this is our superpower. He won't talk about it, but God help the country that puts him to the test because you even listened to a speech yesterday. And those of us that know are so grateful that our country has a defender that's not afraid to be strong.

Well, we will be constructing satellites in space. Uh, right now we are at the stage where we have the modular elements that are qualified. We, uh, you know, we, we have, um, uh, missions that have gone to the international space station are going to the international space station. We have equipment that has gone to the moon a couple of months ago, uh, supercomputer or computational capability.

Well, we will be constructing satellites in space. Uh, right now we are at the stage where we have the modular elements that are qualified. We, uh, you know, we, we have, um, uh, missions that have gone to the international space station are going to the international space station. We have equipment that has gone to the moon a couple of months ago, uh, supercomputer or computational capability.

Well, we will be constructing satellites in space. Uh, right now we are at the stage where we have the modular elements that are qualified. We, uh, you know, we, we have, um, uh, missions that have gone to the international space station are going to the international space station. We have equipment that has gone to the moon a couple of months ago, uh, supercomputer or computational capability.

Yeah.

Yeah.

Yeah.

Yeah, but again, this goes back to a man I think you ought to have on this show. His name is Dennis Wingo, and he is one of these rare engineers that is not only brilliant in his own right as an engineer, but he can see, most engineers are fairly siloed, and they are the PhD world expert at a deep silo of knowledge.

Yeah, but again, this goes back to a man I think you ought to have on this show. His name is Dennis Wingo, and he is one of these rare engineers that is not only brilliant in his own right as an engineer, but he can see, most engineers are fairly siloed, and they are the PhD world expert at a deep silo of knowledge.

Yeah, but again, this goes back to a man I think you ought to have on this show. His name is Dennis Wingo, and he is one of these rare engineers that is not only brilliant in his own right as an engineer, but he can see, most engineers are fairly siloed, and they are the PhD world expert at a deep silo of knowledge.

his unique gift is to be able to be deep on multiple silos and then see across, a holistic, systemic look. So when he presents a design for a solution, he is solving problems across engineering disciplines that any other engineer in those disciplines do not see, the integration and the problems that will emerge in the future.