How to Build a Mobile Application With Telerik


The demand for enterprise cloud solutions is intense. Forrester reports that businesses will spend $18 billion in 2016 on building and maintaining mobile apps.

Companies of all sizes are looking for new enterprise mobile application development firms to help them hit their latest productivity and profitability goals. If you want to secure your corner of this growing market, it’s worth investigating the new Telerik mobile development tools.

Mobile Apps on the Front Line

The Telerik cross-platform solution suite comes from Progress, a company that has been expanding their relational data language since the 1980s.

In 2014, they acquired Telerik, which is an advanced enterprise tool for building UI frameworks as well as an original mobile application development platform. Since they added the Telerik Platform Enterprise Edition to their portfolio, Progress has been identified as a leader in enterprise mobile app development and PaaS in Gartner’s Magic Quadrant 2016.

Gartner’s report went on to explain how important this is for the future of the enterprise, “Mobile apps are at the front line of the digital revolution, and MADPs are becoming the main driver accelerating digital transformation in businesses.

By 2020, more than 75 percent of enterprises will have adopted at least one mobile app development platform to accelerate their digital business transformation strategy, up from approximately 33 percent in 2015.”

Where to Start

Telerik shortens the learning curve for those without a great deal of enterprise mobile application developer experience.

You can start with Telerik’s own online IDE at their site or, if you are more comfortable with Visual Studio, use their AppBuilder extension. The web-based version supports iOS or Android development, and GitHub support is already provided for you in the interface.

With very little training time, you can use the Telerik Platform to modify user interface libraries or generate APIs to integrate flawlessly with existing enterprise software.

There are tools for customizing pre-built prototypes of interactive interfaces, as well as debugging protocols to perfect your new enterprise mobile app.

To get started even faster, you can take advantage of pre-coded sample apps covering common business issues, right on the Telerik site. There are dozens of sample apps that can jumpstart your effort to develop a functional cross-platform mobile app in a matter of minutes.

There are examples of popular components like a reward management system, a full-featured social network, and an inventory bar code scanner.

Once your new app is in beta, there are real-time application analytics to tighten up user engagement and bring more value to the user experience (UX). If you want to tie your new mobile app to social authentication services or generate push notifications based on external data, Telerik opens up the pathway to make it happen.

Survival in 2020

When you’re prepared to move ahead and start building mobile apps using the Telerik platform, go to the Telerik app builder site. One way or another, your organizations will eventually have to look seriously at enterprise mobile app developer projects.

It’s more than a good idea, it’s a critical survival issue. According to the IDC, nearly one-third of the IT vendors will not exist in 2020 as they are today. Those that move on to the next stage will be the ones best adapted to the mobile revolution.

To learn more ways to build mobile apps, read our other post How to Build a Mobile Application with Titanium.

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How to Build a Native Mobile Application


It’s no secret that mobile devices have become incredibly customized. With changeable settings, photo albums, unique backgrounds and a plethora of apps to choose from, a cell phone is now an integral part of a person’s identity.

Not surprisingly, this has made users more picky.

In a Dynatrace study, 79 percent of users claimed they would retry an app if it did not function correctly the first time they launched it. However, with each failure, the chances of a user re-trying that app drop dramatically.

Just 16 percent of users claimed they’d give an app more than two tries. Thus it’s no surprise companies want apps that give their customers the best possible digital experience.

In a quest to improve user experience from every angle, developers are diving into native mobile app development.

The Native vs. Hybrid Debate

While hybrid apps are another viable option, native app development is a much more reliable way to ensure a clean and polished experience for your user.

Although hybrid apps will often have easier portability and faster speeds, native apps are superior for the long haul — providing a seamless user experience and instant accessibility in app stores like Google Play.

Native apps are consistent with the look and feel of other apps on a particular device, while hybrid apps can often have a strange “wolf in sheep’s clothing” feel.

Native app navigation is intuitive, allowing you to utilize built-in features like cameras, reminders and mobile GPS. While native apps can take longer to develop (an average of about four months), they often maintain stronger security features and perform better overall.

Creating a Native Mobile App

Creating a native mobile application doesn’t have to be complex.

There are a variety of platforms that help modern developers build apps with native UI. Furthermore, Apple and Google have worked to simplify and streamline app development over the past several years. The first thing you must determine is which app platform is appropriate for your idea.

Historically, Android apps took longer to develop than iOS apps, but thanks to Google’ Android SDK updates, this is no longer always the case.


Native iOS apps are developed using Xcode, with Apple Store apps being written in Objective-C language. Developers can use the Mac OS X operating system and download the necessary tools, iOS 7 SDK and Xcode 5, through Apple.

The iOS development platform uses “view controllers,” letting developers dictate content for each area and optimize the UI. You can move from one screen to the next, arranging segues for each screen transition. IOS “storyboards” can then be linked meaningfully to your code to define relationships for each section.

While debugging and running your app is possible using the free iOS tools, testing certain functions like push notifications will require you to register as an Apple developer for $99 per year.


Native Android apps are created using Java code. Using Mac, Windows or Linux, Android apps are created through the Eclipse IDE (integrated development environment). The Android Studio provides basic tools necessary to get started, like plugins for graphics and debugging.

Aside from Eclipse, you’ll need the Android SDK, Android Developer Tools and system images for an emulator. Google now offers all of these tools as a bundle. Import code or start fresh in the Android Studio. You may then work on your UI using XML-based files that describe screen controls and relationships between each screen. As in iOS, layouts can be edited in visual mode — but you also have the option to change code in the XML editor.

Typically, the process for submitting an app to Google Play is far less rigorous than that of the Apple Store — a shorter waiting period and fewer requirements.

As companies work to meet their customers in the most comfortable and familiar environment possible, native apps accommodate both users and developers to bridge the communication gap.

To learn more ways to build mobile apps, read our other post How to Build a Mobile Application with Xamarin.

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