03/09/2023 | Press release | Distributed by Public on 03/10/2023 05:52
Hybrid apps are a mixture of native and web technologies. A hybrid approach to application development will consider both native and web capabilities to provide an optimal, cost-effective solution for cross-platform compatibility. As such, hybrid application frameworks offer a number of benefits to mobile application development projects, allowing project teams to save time, reduce costs, and take advantage of web programming expertise.
Native mobile apps are developed with consideration of a specific mobile operating system. For example, engineering teams use the Kotlin programming language - which interoperates with Java - for developing apps for Android devices, while Swift and Objective-C are used to develop apps for iOS devices.
There are many features specific to the device hardware, such as GPS, camera, and fingerprint recognition which, when used directly by native apps, deliver fast performance and are very reliable. However, the development cost is high because each supported platform requires a separate mobile app to be developed.
Hybrid applications, however, are typically written in HTML5 and JavaScript, or with the help of cross-platform frameworks like React Native, Ionic, Flutter, and Xamarin, and are developed with features available in both native and web apps. Web apps can be wrapped in a mobile app, for instance, and hybrid apps can leverage built-in device capabilities.
Available both in each platform's respective store, or as progressive web app solutions, hybrid apps are generally used to reduce time to market for an application on various platforms with responsive design. And, as apps developed for Android and iOS share the same codebase, hybrid apps require less maintenance than their native counterparts. That said, since hybrid applications run inside the mobile app shell, they won't perform as quickly as native apps.
A team's choice of mobile development framework will depend on the type and complexity of the app they're building.
Here, then, are a few suggestions for deciding whether to use a native or hybrid development framework:
Other apps might have a device strategy that dictates that they're only developed on a single platform. For example:
In summary, engineering teams can choose native deployment when they need to define a clear upgrade path, support features of new OS releases, and achieve the highest possible performance. Cross-platform, hybrid frameworks can be selected when the solution has a reasonable level of complexity, code reusability, low staffing requirements, and an aggressive time to market.
Applications created on a native platform can provide a good user experience, and are a better choice when an app has low latency use cases, and requires support for the latest OS features, such as upgrades, migration, and security.
The value of hybrid applications, however, is that they help developers write the code once and deploy it to different platforms, allowing them to launch their mobile applications quickly and reduce maintenance costs.
As such, a hybrid approach offers a simple solution when faced with time-to-market constraints, a small budget, or a lack of native app development experience. There are various hybrid frameworks available that teams can adapt, based on their experience. Indeed, they have become increasingly essential in today's rapidly changing environment, where companies need to innovate quickly, and when there is a lack of resources and expertise in native app development.
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