A Step-by-Step Guide to Building a Mobile App

We are living in an era where mobiles and apps have become an inseparable part of our lives. From waking up early in the morning to sleeping in bed at night, we constantly check our emails and notifications on different apps like WhatsApp, LinkedIn, Facebook, etc. It is a never-ending cycle that we repeat every day. If you build an app for your business, you'll have to decide which type of mobile app you should choose as a foundation.

Mobile app development has become an essential component for businesses and individuals alike. With the rise in smartphone users and the increasing reliance on mobile devices, having an app for your business can give you an edge over your competitors. However, building a mobile app from scratch can seem daunting, especially if you have yet to gain prior experience. In this blog, we will walk you through the steps involved in building a mobile app so that you can get started on your project. But before we discuss it, let's begin with understanding what mobile apps are and what the types of mobile apps are. Also, we will give you a brief understanding of each kind of mobile app. You will also know which app you should design for your business. So, let's dive in!


What is a Mobile App?

A mobile app is a small standalone software with limited storage, specially designed to run on mobiles and tablets. These apps are available in Google Play Store or Apple's App Store. Some particular Apps include WhatsApp, Facebook, and Instagram.


Types of Mobile Apps

Businesses are constantly releasing new apps to keep up with the ever-changing marketplace, often needing to determine what kind of app would most effectively achieve their goals. Now let's look at how mobile apps are categorized on the market.


Native Apps

Native applications are created using a particular coding language for a device platform or operating systems, such as IOS or Android. The native platform can be beneficial and operate more quickly and naturally because it was made specifically for the platform, which tends to maximize the user experience.

Native apps are created specifically to take advantage of the features offered by devices running a particular operating system. Hence, native applications cannot function across different operating systems. In another way, Android phones cannot run iOS apps and vice versa. The programming languages they create are similarly specialized because they are designed for a particular System. Code and Objective-C are frequently used for iOS apps, whereas Java and Eclipse are commonly used for Android apps. Native apps are made to benefit from the phone's tools and features, including its contacts, cameras, and sensors.

Because they are created using native device UI, native apps offer a high-performance and aesthetic user experience. Each operating system's app store has native apps. Examples of native app stores are the Google Play Store for Android, the App Store for iOS, and the Microsoft Store for Windows.


Web Apps

When accessed from a mobile device, responsive websites adopt a new design. On the other hand, adaptive web apps resize to fit the different screen sizes of mobile devices. Some apps' user interfaces sometimes change. The most popular programming languages are used to create web apps but cannot be used on mobile devices or bought and sold in app stores. Software programs known as web applications function similarly to native mobile applications when used on mobile devices. You don't need any storage space as you don't need to install any separate software for using web apps.

Apps for mobile web are easily reconfigurable for various screen sizes and devices. Due to the virtually comparable features and responsiveness of native and online apps, one could easily confuse the responsiveness and functionality of a web app with that of a native app.


Hybrid Apps

The benefits of both native apps and mobile apps can be found in hybrid apps. It runs on mobile Web View and is created using HTML, CSS, and JavaScript. The advantages of device functions like vibration, capture, GPS, camera, microphone, geo location, address book, etc., can still be utilized. Since they receive content from a server hosted by an outside source, an internet connection is required.

Like native apps, hybrid apps are created on a single platform and published on different app marketplaces like Google Play or Apple's App Store. Hybrid apps are the way to go when one develops apps that don't need exclusive device access or extraordinary performance.


How to Choose Between Them?

The process of selecting an app type is intricate and multifaceted. The main driving force behind the choice to create an app must be investigated. The answer to this question will determine how far we go. The developer must balance the overall cost and available resources to choose the most appropriate software. Time, resources, and performance are crucial aspects that must be considered when deciding.

For instance, a web app is a good choice if you need one now but need more time to construct one. The code base can speed up development. However, it will also be an excellent alternative since customers already have a mobile browser.

Hybrid and web apps are viable options when time and money are at a premium. The hybrid app will enable the company to conduct a market test while employing the minimal viable product so that the apps can reach customers quickly. If it is successful in garnering interest, one has the option of creating a fully functional native version.

Native apps are the type of mobile apps you should choose in terms of performance, speed, customization features, and reliability, as it permits monitoring of the metrics that determine the actual brand growth.


Let's Begin with the guide.


Step 1: Define your app idea

The first step in building a mobile app is defining your idea. Before you start coding, you need to clearly understand what you want your app to do and who your target audience is. Start by asking yourself these questions:

  • What is the problem my app solves?
  • Who will use my app?
  • What features will my app have?
  • What is my budget and timeline for building the app?

Asking these questions to yourself will give you a better idea and understanding of what your app should look like and its functionality.


Step 2: Conduct market research

Once you have a clear idea of your app's purpose, it's time to do some market research. Look at your competition and see what similar apps are already available. Analyze their features, strengths, and weaknesses, and see if there's anything you can do differently to make your app stand out. This will also help you identify any gaps in the market that your app can fill.


Step 3: Design your app

The next step is to design your app. This is where you will create wireframes and mockups that will give you a visual representation of your app's layout and user interface. You can use design software such as Sketch, Figma, or Adobe XD to create these designs.

When designing your app, keep in mind the user experience. Your app should be easy to navigate, and the interface should be intuitive. Use colors, fonts, and graphics that reflect your brand and appeal to your target audience.


Step 4: Choose a development platform

Now that your app's design is ready, it's time to choose a development platform. 

There are two main options: native app development and cross-platform app development.

Native app development involves building your app for a specific platform, such as iOS or Android. This option offers the best performance and user experience but can be more expensive and time-consuming.

Cross-platform app development, on the other hand, involves building your app for multiple platforms using a single codebase. This option is more cost-effective and faster but may not offer the same performance and user experience as native app development. Choose the platform that best suits your needs and budget.




Step 5: Build the backend

The backend of your app is the part that users don't see, but it's essential for your app's functionality. This includes the servers, databases, and APIs your app will store and retrieve data. You can use backend-as-a-service (BaaS) providers such as Firebase or Parse to simplify the backend development process.


Step 6: Develop the app

With your backend in place, it's time to develop the app. This involves writing code to implement your design's functionality and features. You can use programming languages such as Java, Kotlin, Swift, or React Native, depending on your development platform.

Start by developing your app's core features, then build on those features gradually. Adding a few elements at a time can lead to bugs and performance issues.


Step 7: Test and Debug the App

Once you have developed the app, it's time to test and debug it. This is a critical step in the app development process. It ensures that your app functions correctly and any issues are resolved before launching it. You can use testing tools like Xcode, Android Studio, or Appium to automate testing and identify bugs or issues.


Step 8: Deploy and Launch the App

With your app ready, it's time to deploy and launch it. For iOS apps, you will need to submit your app to the App Store, while for Android apps, you will need to submit it to Google Play. Before submitting your app, ensure you have followed all the guidelines and requirements set by the app stores.


Step 9: Market and Promote the App

Once your app is live, it's time to market and promote it. This involves creating a marketing strategy to help you reach your target audience and increase your app's visibility. You can use social media, content marketing, paid advertising, and influencer marketing to promote your app.


Step 10: Monitor and Update the App

Finally, it's essential to monitor and update your app regularly. This includes monitoring user feedback and reviews, identifying bugs and issues, and updating your app's features and functionality based on user feedback. This will help you improve your app and keep your users engaged.


Wrapping Up

Online, hybrid and native apps are all built on a foundation of advantages and disadvantages. One must decide on the kind of software that will support your set goals based on company requirements. If you don't offer the new user-friendly features your customers desire as a company operating in the modern business landscape, your rivals will undoubtedly. As a result, to maintain audience reach and loyalty, among other things, you must continually upgrade components and provide distinctive user experiences. For each complexity, dozens of programs are currently available. To set yourself apart from the competition, it would be beneficial to develop a particular or qualitatively new degree of execution of a known concept. The secret to using different programs is to consider the functions, specifications, and goals of the app you're developing. Also, each type of software has a unique set of advantages to provide.

Building a mobile app may seem daunting, but with the right approach and tools, it can be a rewarding experience. Following the steps outlined in this guide, you can build an app that meets your needs and appeals to your target audience. Remember to keep the user experience in mind, test and debug your app, and market and promote it to reach your target audience. With these steps in mind, you can build a successful mobile app that helps you achieve your business goals.

Are you looking for a professional Mobile App Development service for your business? Don't worry; One Stop Designing has got you covered. One Stop Designing is the leading mobile app development company in the US. We guarantee top-notch mobile app development services because our team is the best at developing websites and mobile applications. Project delivery is always on schedule with stringent adherence to coding standards when using a grade of pure professionals. We build unique app structures to enhance your customers' user experiences. At One Stop, we comply with your mobile app with quality assurance standards and testing processes. Lastly, we provide backend integration solutions with existing systems.