The sys module in Python is described as a "junk drawer" holding many miscellaneous items. This article explores what the sys module might look like if designed from scratch today. Currently, sys has over a hundred attributes, many of which are functions, leading to a crowded namespace. To address this, the author proposes reorganizing sys into nine submodules.These proposed submodules include sys.cli for command-line arguments, sys.imports for module-related functions, sys.io for standard input/output, sys.repl for interactive prompt settings, sys.interpreter for system and installation details, sys.memory for memory management tools, sys.exceptions for exception handling, sys.profile for profiling and introspection, and sys.runtime for interpreter behavior. Some attributes within these proposed submodules bear resemblance to existing standard library modules, hinting at potential further reorganization.The article acknowledges the significant challenges of actually implementing such a reorganization. Primarily, the transition period and maintaining backward compatibility for existing code that relies on the current flat namespace of sys present major hurdles. A technical solution involving module-level attribute handling is discussed, demonstrating how the old flat namespace could be preserved for compatibility. However, the author doubts this reorganization will ever happen due to the vast amount of existing code and the Python community's general reluctance to make such foundational changes unless absolutely necessary. The main takeaway for developers is that submodules can be a useful organizational tool for large "utils" modules.