I think vibe-coding is cool, but it runs into limits pretty fast (at least right now).
It kinda falls apart once you get past a few thousand lines of code... and real systems aren't just big, they're actually messy...shit loads of components, services, edge cases, things breaking in weird ways. Getting all of that to work together reliably is a different game altogether.
And you still need solid software engineering fundamentals. Without understanding architecture, debugging, tradeoffs, and failure modes, it's hard to guide or even evaluate what's being generated.
Vibe-coding feels great for prototypes, hobby projects, or just messing around, or even some internal tools in a handful of cases. But for actual production systems, you still need real engineering behind it.
As of now, I'm 100% hesitant to pay for, or put my data on systems that are vibe-coded without the knowledge of what's been built and how it's been built.
It kinda falls apart once you get past a few thousand lines of code... and real systems aren't just big, they're actually messy...shit loads of components, services, edge cases, things breaking in weird ways. Getting all of that to work together reliably is a different game altogether.
And you still need solid software engineering fundamentals. Without understanding architecture, debugging, tradeoffs, and failure modes, it's hard to guide or even evaluate what's being generated.
Vibe-coding feels great for prototypes, hobby projects, or just messing around, or even some internal tools in a handful of cases. But for actual production systems, you still need real engineering behind it.
As of now, I'm 100% hesitant to pay for, or put my data on systems that are vibe-coded without the knowledge of what's been built and how it's been built.