I never said "planted", that is your own assumption, albeit a wrong one. I do respect it though, as it is at least a product of a human mind. But you don't have to be "planted" to champion an idea, you are clearly championing it out of some kind of conviction, many seem to do. I was just giving you a bit of reality check.
If you want to show me how to "guess where things are heading" / I am actually one of the early adopters of LLMs and have been engineering software professionally for almost half my life now. Why do you think I was an early adopter?
Because I was skeptical or afraid of that tech? No, I was genuinely excited. Yes you can produce mountains of code, even more so if you were already an experienced engineer, like myself for example.
Yes you can even get it to produce somewhat acceptable outputs, with a lot of effort at prompting it and fatigue that comes with it. But at the end of the day, as an experienced engineer, I am not being more productive with it, I will end up being less productive because of all the sharp edges I have to take care of, all the sloppily produced code, unnecessary bloat, hallucinated or injected libraries etc.
Maybe for folks who were not good at maths or had trouble understanding how computers work this looks like a brave new world of opportunities. Surely that app looks good to you, how bad can it be? Just so you and other such vibe-coders understand, here is a parallel.
It is actually fairly simple for a group of aviation enthusiasts to build a flying airplane. We just need to work out some basic mechanics, controls and attach engines. It can be done, I've seen a couple of documentaries too. However, those planes are shit. Why? Because me and my team of enthusiast dont have the depth of knowledge of a team of aviation engineers to inform my decisions.
What is the tolerance for certain types of movements, what kind of materials do I need to pick, what should be my maintenance windows for various parts etc. There are things experts can decide on almost intuitively, yet with great precision, based on their many years of craft and that wonderful thing called human intelligence. So my team of enthusiasts puts together an airplane. Yeah it flies. It can even be steered. It rolls, pitches and yawns. It takes off and lands. But to me it's a black-box, because I don't understand many, many factors, forces, pressures, tensors, effects etc that are affecting an airplane during it's flight and takeoff. I am probably not even aware WHAT I should be aware of. Because I dont have that deep educaiton about mechanical engineering, materials, aerodynamics etc. Neither does my team. So my plane, while impressive to me and my team, will never take off commercially, not unless a team of professionals take it over and remakes it to professional standards. It will probably never even fly in a show. And if me or someone on my team dies flying it, you guessed it - our insurance sure as hell won't cover the costs.
So what you are doing with Claude and other tools, while it may look amazing to you, is not that impressive to the rest of us, because we can see those wheels beginning to fall off even before your first take off. Of course, before I can even tell that, I'd have to actually see your airplane, it's design plans etc. So perhaps first show us some of those "projects heavily powered by Claude" and their great success, especially commercial one (otherwise its a toy project), before you talk about them.
The fact that you are clearly not an expert on the topic of software engineering should guide you here - unless you know what you are talking about, it's better to not say anything at all.