The phrase “native app development” describes the process of creating a mobile application only for one platform. The app was created using tools and programming languages that are exclusive to one platform. For instance, you can create native iOS apps using Swift and Objective-C and native Android apps using Java or Kotlin.
Because they are often swift, native apps are recognized to provide excellent user experiences (UX). Due to the aesthetics’ compatibility with the platform’s UX, the user experience is also improved. However, because they must conduct concurrent development for multiple platforms, entrepreneurs worry about the high cost of native app development.
Table of Contents
Process of Android Native App Development
1. Idea Discussion
The concept is the initial stage in developing any mobile application. Consider what you or someone you know might find beneficial to have on their phone. This might be as easy as a new method to surf your favorite website, or as sophisticated as a Bluetooth gadget. You don’t necessarily have to innovate; you simply have to do something better than what is already out there. This step is creating a thorough strategy for the app that includes everything needed, such as features, trademark components, CTAs, and extra features. Planning must begin with determining the app’s goals and the user behaviors necessary. Following that, the app consultants will plan out how everything will look in the app and translate the goals into several tasks.
2. Market Research
Every new startup that entails large expenditures should begin with thorough market research and in-depth analysis to demonstrate that its concept will be profitable in terms of sales. Market Research for your app is a very crucial step because in this segment you will analyze the latest trends and popular topics for your app development. In this part, you can collect qualitative and quantitative data related to your app development. The number of users that an app may gain determines its success. To do so, you must do market research to identify the characteristics of your target audience (such as demographics, user personas, and ethnicity), as well as current competitors and app store trends (like which apps become the top-grossing, or top-rated).
3. Wire framing of the App
Wire framing is the backbone of app development. The design of the app, from the symbol to each individual page, is the next phase. It is seldom a good idea to go right into prototype design. Instead, do a paper drawing of everything, which is known as wire framing. In pen and paper, wireframe the app’s layout, on boarding pages, home screen, features/menu view, notification page, CTA buttons, and logo. This will allow the designers and developers participating in the following step to better understand the app’s operation, arrange the UI components correctly, and begin designing it sensitively.
4. UI/UX Design & Prototyping
After finishing the wireframe, the UI UX design agency moves on to creating the interface, where the team of designers works on establishing the app’s feel and style. They create the interface by analyzing the app’s complete wireframe, fundamental architecture, components, and user interactions.
After the design mockups are completed, the team must prepare a strategy for executing the app’s development, including estimates of developers, expenses, and time. They must next create a clickable prototype using any prototyping tool.
Native development is the answer if you want amazing visuals and an immersive experience. When creating a native environment, developers have access to UI/UX components. Choosing cross-platform will severely limit the app’s UI/UX.
5. Developing Your Mobile Application from Scratch
Following prototyping, the app development process begins with experts with intrinsic programming abilities. There is less risk of incurring additional expenditures in the development with a precise strategy for timing, resources, and costs. A team also monitors and reviews each phase of development in detail to discover faults and assist developers in correcting them as soon as possible. This increases the speed with which the final product is delivered.
6. QA Testing
After complete and final development, the app is submitted for quality assurance (QA) to guarantee it is bug-free. The QA process is divided into two stages: preliminary and functional requirements. While the first step determines the app’s target devices and future QA requirements, the second phase assesses all main functionality. Following QA, test documentation is created that describes the testing criteria and the number of test devices needed. This phase aids with the discovery of bugs and their resolution prior to the release.
Most Integrated Development Environments (IDE), including Android Studio and Visual Studio, feature a device simulator for their respective operating systems. This might be handy for testing your application on multiple phones with slower hardware and varied screen sizes to ensure it is generally accessible.
7. Launching Your Application
You must assemble an excellent marketing team to plan the application’s launch and promotion across all online and digital media.
8. Post Production Support
Also, you must guarantee that the app performs consistently and never exceeds its customers’ expectations by providing all-around support and maintenance services.
Things to Remember Before App Development
From 2022 to 2030, the worldwide mobile application market is predicted to develop at a compound yearly growth rate of 13.4%, reaching USD 565.40 billion. With over 3 billion Smartphone users and 1.15 billion tablet users globally, it’s easy to see why the popularity of mobile apps has accelerated in recent years. Smartphone users, on average, have 40 applications loaded on their devices. Despite this, most Smartphone users spend 89% of their time on merely 18 apps. Millennial, on the other hand, have an average of 67 applications installed on their smart phones and spend the majority of their time on 25 apps. Unfortunately, this abundance leads to a problem with addiction. More than one-third of Smartphone users check their gadgets within the first five minutes of their day. Furthermore, 20% of smart phone owners check their phones more than 50 times every day.
Here are some important key points to remember:
1. Budget Planning
What is your budget for creating a mobile app? This is a crucial question to ask before diving into the world of mobile programming. Basic apps with no internet backend support will be less expensive, but apps with full-server support and complex features will be more expensive.
|Average App Design Hours
|Average App Design Cost
|Simple App Design
|40 to 160 hours
|$2000 to $4000
|Medium App Design
|150 to 350 hours
|$5000 to $9000
|Complex App Design
|600 to 1000 hours
|$10,000 to $25,000
2. Choosing which mobile platforms to target
This is definitely dependent on the sort of consumers you intend to attract with the app. If your clients are not affluent and belong to the general public targeting Android smart phones will suffice. If you want to reach a wealthy audience, building an app for iOS devices is a good idea. However, to play it safe and if you have the resources, develop a cross-platform application that will garner the maximum impressions.
|Mobile Operating System
|Market share in 2016
|Market share in 2022
3. Look for the best app development partner.
Consider the four important elements while looking for a reputable mobile app development business. Experience, competence, job portfolio, and expected expenses and delivery time Partner with a business or team that has more years of experience in the industry, is employing the newest technologies and frameworks, has developed some of the best applications, and can deliver your project on time and on budget.
Advantages of developing native apps
There are various advantages of Native app development over cross-app development:
1. Numerous Functions
Every tool and API that the platform you’re working on offers will be available to you. Technically, there are no restrictions on how the developers might use the new software.
2. Enhanced store support
A native app offers greater performance and speed and is typically easier to publish and rated higher on the platform’s app store.
3. Higher Scalability
In addition, because of the tools at their disposal and the flexibility in resource management, natively developed apps are typically more scalable.
4. Superior performance
High performance is the result of the code’s direct communication with the underlying resources. Furthermore, native apps typically offer a superior UX that is unique to the platform.
5. User experience
The user interface of a native app has complete control over the device hardware and produces an application that is quite an eye candy. The user interface for a cross-platform app, on the other hand, is limited to the capabilities of the browser, and the experience may vary.
Disadvantages of Native App Development
1. It might be expensive
To build native apps for both iOS and Android you have to deploy two teams using various platforms. This will put the extra cost in your budget.
2. Time Consuming
The creation of native apps takes time since the work done for one platform cannot be repeated for another.
At, App boxer, we understand the importance of our client’s businesses and the people they serve, and we enable them to design quick, flexible, and future-oriented apps that help them flourish and remain ahead of the competition. After years of experience working with Android apps, our team is equipped to manage the fragmentation issues and complexity of Android products and software.