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Native apps not only improve the user experience through faster performance, but they also have access to libraries of interface controls specifically designed for the platform. The benefits are twofold - interface controls are mature and well designed, and also provide a consistent user experience to help new users quickly understand how to navigate the app. See More
Since every mobile platform offers developers their own SDK and app development tools, it's harder for developers to write cross-platform apps. Since they have to develop a different version for their app for each platform they need to support. There's also the problem that different platforms require different programming languages to develop apps for. For example, Android requires Java, iOS requires Objective-C and Windows Mobile requires C++. This adds another layer of complexity when developing cross-platform apps. See More
NATIVE APPROACH Native are the ones which are easily access all the services and features according to OS of the device like camera, geolocation or localdb. They are built according to platform-specific programming languages (Objective-C/C++ for iOS or Java for Android) for a specific platform. See More
Native apps have access to the platform's API, which means developers can access device-specific features such as orientation, the accelerometer, the camera, app switching and the local filesystem. This is useful not only for providing new features, but for making sure users have the best possible experience with current ones. See More
Native apps maximize use of a device's local resources; they install all of their assets on the device itself, unlike web apps, where parts of the application are downloaded on demand during use. The result is that native apps offer the fastest possible performance, as they only need to access the network to retrieve data. Facebook, Tumblr and a variety of other companies have attempted to build HTML5 web apps; they found that, due to performance issues, web apps do not provide a suitable enough user experience, and ultimately decided to migrate to a native versions. See More
The App Store and Google Play provide developers with a substantial distribution channel for mobile apps. The app stores provide several advantages, such as easy installs, payments, and reviews. Users are more able to trust apps on the App Store, as they've been vetted by Apple, or on the Google Play store, as required permissions are listed explicitly, than they are of a web application. Good reviews, as well as other indicators, such as 'Top Developer" or "Editor's Picks" can lend further legitimacy to an application. See More
The biggest benefit of developing mobile web apps is that they are significantly easier, faster and cheaper to develop then native applications. It is a lot easier to find (and cheaper to hire) developers familiar with web technologies compared to those with experience with a particular mobile platform. The same trend can be seen with hiring designers, as they are most likely already familiar with HTML & CSS. Another factor to consider is that web apps can share a single codebase with the desktop version by using media queries to switch CSS stylesheets for mobile devices. This can help reduce the technical debt on developers. See More
Mobile web applications can use your existing website as an effective distribution channel. Users can be automatically be redirected to a mobile friendly version of the site with no installation required. This has the added benefit of an improved on-boarding experience compared to native apps as shown in the image (source). Distribution via the web has the added advantage of being able to constantly push updates to the app without waiting on both approval by the app store and for users to install the update. This is especially handy for quickly fixing bugs and rapidly iterating. See More
With React Native, you don't build a “mobile web app”, an “HTML5 app”, or a “hybrid app”. You build a real mobile app that's indistinguishable from an app built using Objective-C or Java. React Native uses the same fundamental UI building blocks as regular iOS and Android apps. You just put those building blocks together using JavaScript and React. See More
React Native combines smoothly with components written in Objective-C, Java, or Swift. It's simple to drop down to native code if you need to optimize a few aspects of your application. It's also easy to build part of your app in React Native, and part of your app using native code directly - that's how the Facebook app works. See More