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Technology

Technology Stack for Mobile App Development

Technology stack for mobile application development

When you are developing a mobile application, the first challenge that you come across is choosing the right technologies. To develop a robust mobile application, it is important to understand the technical feasibility and choose the right technology stack. The mobile technology stack should be selected based on cost, and time for development.  The technology stack plays a critical part in the success of the mobile app. Here are some advanced mobile technology stacks to build native and cross-platform applications.

Native Apps

Native App is developed specifically for a particular platform (say Android or iOS). Apple and Google provide development tools, interface elements and SDK to develop native apps.

iOS Technology stack

To create a native iOS application, the following technology stack can be used.

Programming language:  Objective C or Swift

An iOS application can be built using either Objective C or Swift programming languages. Objective C can be considered as an extension of C programming language and provides object-oriented capabilities. Developers with knowledge in object-oriented programming can go for Objective C.

Swift is a compiled programming language developed by Apple for developing iOS applications that run on iPhone and iPad. Swift is more functional, friendly and less error-prone.

Toolkit: XCode

Xcode is an integrated development environment that contains a suite of development tools for developing a native iOS app. XCode tool kit comprises of Xcode IDE, instruments and a simulator.

Software Development Kit: iOS SDK

The iOS SDK is a software development kit developed by Apple and includes an application programming interface (API) that serves as a link between software applications and the platform they run on. It consists of tools for Apple’s touch screen interface and iPhone Operating System.

Android technology stack

To build a native application for Android, the following technology stack can be considered.

Programming language: Java or Kotlin

Top programming languages for native Android mobile app development is Java or Kotlin.   Java has been the official programming language for android app development until Kotlin was introduced and has vast tools and libraries to support android development.  Kotlin was introduced by Google for android app development. It has numerous development options, simple and concise code makes it lightweight. It is interoperable with Java allowing to convert Java code into Kotlin.

Toolkit: Android Studio & Android Developer Tools

Android Studio is the IDE for creating a native android app. It is popular among developers because it provides the fastest tools in addition to code editing, debugging, a flexible build system and an instant deploy system. It allows focusing on building unique and high-quality apps.

Android Developer Tools (ADT) is a plug-in by Google to provide full support for Android app development. In addition to coding support, ADT allows developers to use debugging tools, a graphical UI builder, emulators, and test automation support.

Software Development Kit: Android SDK

The Android SDK is a software development kit that includes tools for building, testing, and debugging Android applications. Developers must download the components of the Android SDK.

Technology stack for cross-platform apps

In a cross-platform approach, a mobile app is developed for multiple platforms. A single code base is used for multiple operating systems (say iOS and Android platforms).

There are different frameworks for cross-platform app development. Here are some technologies used to build cross-platform mobile apps. Based on the project requirement either of the below technologies shall be used.

React Native

React Native is a Javascript framework for developing a cross platform app that closely resembles a native app. The framework is based on React Library supported by Facebook. The application logic is written in JavaScript whereas UI is completely native. React Native’s live reload feature allows to build app faster and fix bugs immediately.

Xamarin

Xamarin is a cross-platform framework supported by Microsoft.  It uses the C# programming language as a base for app development. Xamarin has a range of components and has IDE support.  Xamarin allows sharing almost 90% of the code across multiple platforms. 

Flutter

Flutter supported by Google is considered the best tool to build cross-platform apps. Flutter uses Dart language for app development. Flutter SDK includes developing and debugging tools and unique set of widgets that make app development rapid and simple.

Read our blog on Cross-Platform App Development to know more about cross-platform technologies and frameworks.

Before choosing the technology stack identify your target users and the devices they use. Each of the technology stacks offers unique tools and components. Hire a mobile app development company to help you build a successful application.

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ASP.NET Core

Benefits of ASP.NET Core

ASP.NET Core

A latest technology that many companies have duly adopted to create their applications. A cross-platform, open-source framework for the development of cloud-based modern web applications. ASP.NET core is a great combination of different web development models that consists of all of the required services to create robust web applications for all different kinds of businesses.

Through this framework, one can create more effective web apps, mobile app back ends and also IoT apps. To put it in simpler terms, ASP.NET core is a significant redesign of the ASP.NET framework. ASP.NET core comes with a wide range of benefits. Let us take a look at some of the various benefits of ASP.NET Core.

1. Improved Performance

The major benefit of ASP.NET Core framework is its improved and higher performance. With the new enhancements and upgrades, the code actually gets much more optimized that results into improved performance. However, this isn’t the best part of it. The most significant part is that it does not actually require changing the code. The ASP.NET Core compiler eventually optimizes the entire code whenever the code is re-compiled with the ASP.NET Core framework. 

2. Support of Cross-platform

ASP.NET Core is cross-platform allowing easy creation of web applications which run on Windows, Linux, and Mac. In simpler terms, the entire backend will use the same C# code. 

3. Lesser Code

ASP.NET Core demands less coding, and the developers can easily optimize the code-structure by writing lesser statements. As the coding is less, the amount of hours required are less as well in order to create an application, making ASP.NET Core much more cost-effective.

4. Easy Maintenance

As ASP.NET Core demands less coding, it in turn becomes much more easier to maintain automatically. This essentially means that it not only takes the less amount of code to create a web application but it is very easy to manage and maintain it effectively. 

5. Cloud-Based Web Application Development Support

Creating a cloud-based application in the current era is a better option. And ASP.NET Core is the go to solution for the business requirements of the current times. Also, ASP.NET Core can easily help in developing great and robust web applications.

ASP.NET Core is an extremely interesting technology to create robust web applications. Since most of the businesses out there look for various ways to develop applications faster and launch it in the market as soon as possible, ASP.NET Core is considered to be the best ways to do it.