Vibe coding should be done in Python, and probably only in Python.
If a project is important enough to require C or x86 assembly, where memory management and undefined behavior have real consequences, then it’s important enough to warrant a real developer who understands every line. It shouldn’t be vibe coded at all.
Python’s “adorable concern for human problems” isn’t a bug here, it’s a feature. The garbage collection, the forgiving syntax, the interpreted nature: these create a sandbox where vibe coded solutions can fail safely. A buggy Python script throws an exception. A buggy C program gives you memory corruption or security holes that show up three deployments later.
The question isn’t what language should AI write. It’s what problems should we trust to vibe coding. The answer: problems where Python’s safety net is enough. The moment you need C’s performance or assembly’s precision, you’ve crossed into territory that demands human accountability.
If a project is important enough to require C or x86 assembly, where memory management and undefined behavior have real consequences, then it’s important enough to warrant a real developer who understands every line. It shouldn’t be vibe coded at all.
Python’s “adorable concern for human problems” isn’t a bug here, it’s a feature. The garbage collection, the forgiving syntax, the interpreted nature: these create a sandbox where vibe coded solutions can fail safely. A buggy Python script throws an exception. A buggy C program gives you memory corruption or security holes that show up three deployments later.
The question isn’t what language should AI write. It’s what problems should we trust to vibe coding. The answer: problems where Python’s safety net is enough. The moment you need C’s performance or assembly’s precision, you’ve crossed into territory that demands human accountability.