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Look, when we're developing new technology, we have to sort of think from first principles, basically. It's not just about making things work, it's about understanding the fundamental physics, the core engineering challenges, and then iterating based on feedback from the community.

I think, you know, if you look at the fundamental physics of the problem, we’re aiming for something, like, truly revolutionary. It’s hard, extremely hard, but I see a path where we achieve full autonomy fairly soon. Like, the data is there, it’s just about refining the neural nets.

I mean, if you look at it from first principles, you know, the physics just doesn't work unless you simplify. We've got to iterate much faster, actually, and stop over-complicating the design. If we don't solve for engineering efficiency now, the whole project just, you know, stalls out.

Look, the fundamental problem is, you know, we need to make life multiplanetary because, like, Earth has a finite time window. Mars is challenging, obviously, but we've got to solve these engineering problems and make humans an interplanetary species. That's the only logical path forward.

I think it’s important to have a future that is exciting. If what you're building is essential for humanity, you just... you have to ignore the odds. You look at the first principles and you keep pushing, because giving up is just not in my DNA.

Look, the thing about Mars colonization is, there's maybe a 70% chance the first missions will have serious problems. I mean, we're talking about keeping humans alive on a dead planet. It's incredibly hard, but it's not impossible.

So like we're working on this crazy AI thing, and you know, most people think it's impossible, but that's what they said about landing rockets. We've got maybe a 50% chance of success, but if it works, it's going to be absolutely mind-blowing. We're basically trying to solve intelligence.

If you want to change the world, you know, you can't just work forty hours a week. You have to be right there on the front lines, solving the hardest engineering problems. It’s pretty intense, but it's the only way to make the future actually happen. It's important.