Python’s simplicity makes it a favorite for rapid development, but performance often becomes a bottleneck once projects scale. Large datasets, complex loops, or real-time applications can quickly expose limitations. Some data professionals rely on vectorization with NumPy and Pandas, others parallelize tasks with multiprocessing or libraries like Dask, and in some cases, performance-critical parts are(Read More)
Python’s simplicity makes it a favorite for rapid development, but performance often becomes a bottleneck once projects scale.
Large datasets, complex loops, or real-time applications can quickly expose limitations.
Some data professionals rely on vectorization with NumPy and Pandas, others parallelize tasks with multiprocessing or libraries like Dask, and in some cases, performance-critical parts are rewritten in Cython or even integrated with Rust.
The real challenge is balancing raw speed with code readability, maintainability, and deployment complexity.