Executing software designed for macOS on a Microsoft Windows operating system represents a technical challenge due to fundamental differences in system architecture. This involves employing various methods, such as virtualization, emulation, or compatibility layers, to bridge the gap between the two distinct environments. A common instance is utilizing a virtual machine to create a simulated macOS environment within Windows, thereby enabling the operation of macOS-specific applications.
The ability to utilize macOS applications within the Windows environment offers several advantages, including access to specialized software not available on the latter platform, streamlined workflows for users accustomed to both operating systems, and cost savings by negating the need for separate hardware. Historically, this capability has been sought after by developers requiring cross-platform testing, designers favoring specific macOS tools, and users seeking a wider range of application choices.