Multiplatform, sometimes referred to as cross-platform, is a computing term used to refer to the ability of computer software or hardware to function on multiple operating systems or computing environments. This type of system is most commonly found in applications that are written in a high-level language such as HTML, Java, or C#. It allows the same application or program to be used across different platforms, such as Windows, Mac OS X, Linux, iOS, and Android.
The advantages of having a multiplatform system are numerous. Firstly, it makes development easier for the programmer, as they only need to create the application once for multiple environments. Secondly, it also means that the same application can be used by a wide variety of end users, making it more accessible. As such, multiplatform solutions are becoming increasingly common in the modern world.
For example, if a developer creates an application for a Windows environment, they will also be able to make the same application available on a Mac OS X as well as on an Android device without the need for them to make major modifications to the coding behind the scenes. This allows the end user to have a consistent experience across different platforms.
Multiplatform software is usually created using a high-level language such as Python or Java, as these languages are designed to be flexible and easily recognizable by most different systems. Furthermore, these languages often provide language-specific libraries for creating multi-platform applications. With these libraries, developers can take advantage of features such as device capabilities, file handling, and networking capabilities.
In conclusion, multiplatforms are an increasingly popular way of making applications available across multiple computing environments. By taking advantage of the features available with certain programming languages, developers can create applications that work seamlessly on different systems, allowing their applications to reach a wider audience.
