Description: Portability refers to the ease with which software can be transferred from one environment to another without the need for significant modifications. This concept is fundamental in software development as it allows applications to run on different platforms and operating systems, facilitating their distribution and use. Portability is achieved through programming practices that avoid hardware or software-specific dependencies, using open standards and programming languages that are compatible across multiple environments. Additionally, portability is a key aspect of software quality, as portable software tends to be more robust and adaptable to changes in the technological landscape. In the context of software architecture, portability is considered a desirable characteristic, as it allows systems to integrate easily into various infrastructures, including cloud environments. In native cloud development, portability becomes even more relevant, as applications must be able to move between different cloud service providers without complications. In the realm of virtualization and containers, such as LXC/LXD and Docker, portability becomes a competitive advantage, allowing applications to be deployed quickly across different environments without losing functionality.
