The capacity of one software system to function effectively with other, independent software programs is a fundamental characteristic of modern software design. This functionality allows for data exchange, shared processing, and unified workflows between disparate systems. An example of this is when simulation software receives input parameters from a CAD program and then sends results to a data analysis tool.
The significance of this capability lies in its ability to streamline complex workflows, reduce manual data entry, and improve the accuracy and reliability of results. Historically, many software solutions operated in isolated silos, requiring time-consuming and error-prone data transfers. Modern approaches prioritize interoperability to leverage the strengths of different tools in a coordinated manner.
