The modern world is completely consumed by mobile fever. It’s hard to imagine that no person wouldn’t use a mobile phone on the way to work in the subway, sitting in a cafe waiting for a friend, or jogging in the morning. In our everyday life, mobile software, like various types of apps, helps us solve different problems.
The sale of smartphones is growing at a tremendous speed, and manufacturing companies are investing huge sums in mobile technologies, their development, and popularization in the market.
The number of mobile devices exceeds the number of personal computers significantly, and this trend will only grow. Mobile development is one of the fastest-growing areas of programming. Because of this, the demand for mobile software developers is growing rapidly too.
So, from this article, you’ll find out about what does mobile software development mean, the components it includes, and what tools are needed for it.
What is a mobile software development and what it’s created for?
Mobile development is the process of creating mobile applications for small portable devices such as cell phones, smartphones, PPC. Talking about such type of development means mobile apps creation. So, mobile applications development for smartphones, tablets, and other mobile devices means writing program code to create programs.
In turn, this software is created for certain mobile platforms we use daily. These are iOS and Android, which occupy approximately 95% of the total mobile device market, and other less popular such as Symbian, Windows, Linux, etc.
Mobile development involves more than just creating software for smartphones, contextual advertising, or tablets. These include fitness trackers, electronic watches, augmented reality glasses, smart TVs, and many other new gadgets, which replenish the digital market yearly. Also, all of these devices often use the main 2 platforms, and applications for them can be attributed to mobile development.
By the way, most software development companies create mobile apps for both iOS, Android, and separately. It doesn’t only reduce development time significantly but also contributes to greater user loyalty to the software.
What does mobile development consist of?
Mobile software development differs depending on the platform it’s created for. As we’ve mentioned, this is application development for Android, iOS, and MR, VR, and AR apps creation. Besides, if you want to build a high-level software you need to find good providers of mobile app development services, who offer the following:
- Analyzing project tasks and solutions
- Preparing a concept
- UX/UI creation
- Technical specifications preparation for developers
- Mobile functionality development
- Testing, bug fixing, and audit
- Software promotion to the market
What tools are needed for mobile software development?
The very first thing you need to start creating mobile software is to learn the required programming language. It’ll be different for various platforms. Therefore, you first need to decide on the operating system.
For example, if you choose Android, the Java programming language is used here (about 90% of all mobile apps are written for this platform). iOS app development companies use Objective C or the more modern and advanced Swift. It’s worth mentioning that C++ is sometimes used for both iOS and Android and other platforms. This programming language is used when you need to get the most out of your application.
In mobile development, you can rarely face the Python, C #, and Unity programming languages, especially after the release of new frameworks and libraries for them. It’s because of the default these languages don’t have built-in tools for mobile devices.
Mobile software development features
With the latest trends in mobile development, new features have come to the fore. From the design simplicity to augmented reality, from machine learning to the IoT attributes.
Here are some of the most important mobile app development features:
- Device screen size
- A wide variety of devices for which software is developed
- Constant interaction with the Internet
- Integration with social networks
- Responsive design development
- Machine learning attributes including
- Augmented reality integration
- Cross-platform
- Integration with more resilient systems
