- strong typing
- real concurrency (heaven forbid you want a background task without having to spool up an external message queue and worker)
- immutability
- limitations in error handling (sort of just typing really)
- limitations in nullability (also typing)
- memory layout is usually hidden or abstracted away
- no actual private methods or classes
That's far from a complete list, but maybe you're taking for granted the typical pythonic conventions that many practice. It requires a ton of work to design and architect python systems of any non-trivial size for maintainability and understanding. No language is perfect, but there are plenty of languages that make supporting complex systems easier than python.
- strong typing - real concurrency (heaven forbid you want a background task without having to spool up an external message queue and worker) - immutability - limitations in error handling (sort of just typing really) - limitations in nullability (also typing) - memory layout is usually hidden or abstracted away - no actual private methods or classes
That's far from a complete list, but maybe you're taking for granted the typical pythonic conventions that many practice. It requires a ton of work to design and architect python systems of any non-trivial size for maintainability and understanding. No language is perfect, but there are plenty of languages that make supporting complex systems easier than python.