What are modules typically designed for?

Modules are typically designed to execute specific functions efficiently. This design approach allows for the development of lightweight, focused components that can perform designated tasks with high effectiveness. By concentrating on a singular function, modules can streamline processes, reduce complexity, and enhance maintainability in software development.

When a module is optimized for a specific purpose, it can minimize overhead and improve performance, as the code is tailored to execute that particular function without extraneous features. This often leads to increased reliability and easier debugging since the scope of what needs to be tested and maintained is well defined.

The other options while relevant to different contexts do not align with the core purpose of modules. Performing multiple functions pertains more to systems or frameworks rather than the focused design of a module. Supporting a range of software platforms typically refers to compatibility and interoperability within larger systems. Lastly, automatic firmware updates involve a different class of functionality that doesn’t reflect the primary role of a module in most software architectures.