Mobile Apps
Key Concepts for Ionic App Design & Development!

Key Concepts for Ionic App Design & Development!

1.UI Components

2.Platform Continuity


4.Native Access


For those who are new to Ionic app development, it can be helpful to get a high-level conception of the core philosophy, concepts, and tools behind the project. Before diving into difficult topics, we’ll wrap the basics of what Ionic Framework is, and how it works.

UI Components

Ionic Framework may be a library of UI elements, that are reusable components that function as the building blocks for an associate application. Ionic elements are designed with web standards exploitation hypertext markup language, CSS, and JavaScript. tho’ the elements are pre-built, they are designed from the bottom up to be extremely customizable thus apps will build every element their own, permitting every app to own its own look and feel. a lot of specifically, Ionic elements are simply themed to global amendment look across a complete app. For a lot of info regarding customizing the design.

Platform Continuity​

Platform Continuity may be an integral feature of the Ionic Framework that permits app developers to use a similar code base for multiple platforms. each Ionic element adapts its look to the platform on that the app is running on. as example, Apple devices, like the iPhone and iPad, use Apple’s own iOS design language. Similarly, Android devices use Google’s design language known as Material style.


Traditional web apps use a linear history, which means that the user navigates forward to a page and may hit the rear button to navigate back. an example of this can be clicking around Wikipedia wherever the user goes forward and backward on the browser’s linear history stack.

In distinction, mobile apps usually utilize parallel, “non-linear” navigation. for instance, a tabbed interface can have separate navigation stacks for every tab, ensuring the user never loses their place as they navigate and switch between tabs.

Ionic apps embrace this mobile navigation approach, supporting parallel navigation histories that may even be nested, all whereas maintaining the familiar browser-style navigation ideas web developers are familiar with.

Native Access

An amazing feature of apps designed with web technologies (such as Ionic apps!) is that they can run on nearly any platform: desktop computers, phones, tablets, cars, refrigerators, and more! the identical code base for Ionic apps can work on several platforms as a result of its supported web standards and common APIs that are shared across these platforms.

One of the most common use cases for Ionic is to make an associate app that might be downloaded from each the App Store and Play Store. each iOS and automaton software development kits (SDKs) give “web views” that render any Ionic app, whereas still letting full Native SDK access.

Projects like capacitor and Cordova are normally used to offer Ionic apps this access to Native SDKs. this suggests developers will quickly build out an app exploitation common web development tools, and still have access to native options like the device’s accelerometer, camera, GPS, and more.


At the core, Ionic Framework is made using CSS that permits the United States to require advantage of the flexibility that CSS properties (variables) give. This makes it incredibly simple to style an app that appears nice whereas following the web standard. we offer a group of colors thus developers will have some nice defaults, however, we tend to encourage overriding them to make styles that match a brand, company or the desired color palette. Everything from the background color of an application to the text color is totally customizable.

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