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Cross-platform

Cross-platform

(also multiplatform, platform independent)

Cross-platform definition

A computer product or system compatible with several operating systems. Hardware and software systems, systems requiring distinct builds for each platform, and broader systems meant to perform the same way across numerous platforms are all examples of cross-platform systems. Cross-platform is utilized in many IT fields. Development communities and open-source projects define the term as running a program or system on different programming environments, operating systems, or even hardware devices. Application programming interfaces vary by device and OS. Manipulating these can help IT systems work effectively in numerous situations.

Cross-platform benefits

  • Faster updates and flexibility. Cross-platform app development speeds up code compilation. Using the same programming language lets developers share code across platforms. Cross-platform apps have language-switching technology. Developers can also switch technologies as needed.
  • Reducing time and cost of app development. Cross-platform apps speed up the development. One team manages all versions of your software, saving time on maintenance and updates. This makes it suitable for fast-growing organizations that want to launch on various platforms with one app.
  • Easier implementation. Consistency benefits users and developers. React Native and Flutter simplify cross-platform app development. These platforms generate high-quality native Android and iOS apps with one codebase.
  • Convenience. Cross-platform apps share a code base and API, so no separate teams for different platforms are needed. This reduces developers and development costs. Cross-platform software development helps firms avoid budget overruns.
  • Smart cloud integration. Most cross-platform solutions are cloud-based. Cross-platform apps can interface with frameworks that provide developers with ready-to-use plugins to improve functionality, aesthetics, and validity, giving your program the strength it needs.

Cross-platform drawbacks

  • Poor UX and UI Design. Native apps prioritize UX and UI design by using different codes for iOS and Android. Cross-platform development uses a single codebase for both platforms and cannot use all mobile device functionalities, resulting in a poorer user experience.
  • Integration issues. Cross-platform programming causes integration challenges. With the cross-platform method, connecting your app with local settings, notifications, and preferences is difficult. Using a third-party cloud service instead is unsafe.
  • Lazy new updates. The framework used may or may not be jam-packed with all the current features of the latest version of releases, leading you to lazy new updates, which in turn causes an updating delay when a new feature is introduced for a particular operating system.

Further reading

Ultimate digital security