Every mobile use statistics all seem to make a convincing case for mobile app development:
Even though all these facts favor building mobile applications, these decisions cannot be taken lightly. Considering that there are 1.5 million apps each in Google Play and Apple’s App Store, it’s critical to know the process of mobile app development and all the components that go into making it.
Table of ContentsMobile application development is the process of developing software applications for mobile devices, including mobile phones and tablets. A typical mobile application relies on a network connection to work with remote computing resources. Hence, during the mobile app development process, you would need to create installable software bundles (including code, binaries, assets, etc.), deploy backend services, and test the application on its target devices.
The two most popular platforms in today’s smartphone market are the iOS platform and Android from Google.
The iOS platform is created by Apple Inc to power its flagship cellphone line, iPhone. On the other hand, the Android operating system is developed by Google and is used not only by Google devices but also by many other OEMs that manufacture their own mobile devices.
Developing for iOS vs. developing for Android has some things in common. But there are differences between them that are worth discussing. First, each of them involves different software development kits (SDKs) and development toolchain. Second, Apple exclusively uses iOS for its own devices, whereas Google’s Android is available for other companies as long as they meet the platform’s requirements.
Developers can develop mobile apps for millions of devices on these two platforms.
When it comes to mobile app development, these are the 4 most popular approaches:
Each of these methods for developing mobile applications has both advantages and disadvantages.
When considering mobile app development approaches, you need to look at the desired user experience, the computing resources and native features required by the app, the budget, timeline, time constraints, and resources available to maintain the app.
Native mobile applications are written by the programming language and frameworks provided by the platform owner. A native app runs directly on the operating system of the device such as iOS and Android.
Cross-platform applications can be written in various programming languages and frameworks. But they are bundled into a native application that would run on the operating system of the device.
Hybrid mobile applications are written in standard web technologies – such as JavaScript, CSS, and HTML5. They are compiled into app installation packages. Unlike native apps, hybrid apps run on a ‘web container’ that provides a browser runtime and a bridge for native device APIs via Apache Cordova.
Progressive Web Applications is an alternative approach to traditional mobile app development, where app store delivery and app installations are skipped. PWAs are technically web applications that utilize browser capabilities – such as working offline, running background processes, and adding a link to the device home screen – to provide an ‘app-like’ user experience.
You can differentiate a native mobile app from a hybrid one in these four ways.
| Native | Hybrid |
| Platform specific | Cross-platform |
| Compiled Language | Scripting / Compiled |
| Access to Device Hardware | Plugins / Native Modules |
| Platform Frameworks | Web Frameworks |
Native mobile application development requires highly specialized skillsets, which typically is a problem. Most developers today are familiar with C and Java – the two most popular languages for native development. However, not everyone is experienced in the platform-specific versions of those languages and their respective IDEs. That’s why native apps developers are always in high demand. Many companies instead outsource their mobile app development to a 3rd party vendor;
How Hybrid and Cross-platform Frameworks Work?
When it comes to hybrid apps, developers can use web languages (HTML5/CSS/JavaScript). They then encapsulate those web applications in a container that enables the web application to function as a native application on the device.
Since hybrid mobile apps are basically web apps running on a browser, most of the code from a web app can be used to build a mobile app. The rendering and runtime performance of mobile browsers are ever-growing, making it possible for developers to use a hybrid environment to build mobile apps.
Likewise, PWAs are programmed by traditional web application technologies, usually including some variant of JavaScript, HTML5, and CSS. And they are accessed initially through a browser on the device or computer.
Most cross-platform frameworks such as React Native and Native Script offer native components to work with the cross-platform codes. Some others such as Flutter and Xamarin compile cross-platform codes into the native code for better performance.
The type of mobile app development methodology you choose will determine your project’s team members, timeline, and outcome. Below are the 5 most popular methodologies you can apply to your mobile app development project.
1. Waterfall Methodology
The waterfall is perhaps the oldest approach to developing applications and software. In this methodology, your team moves from one phase to another sequentially. In other words, you must finish one phase before moving to the next.
The major drawback of this methodology is that there would be no turning back. The waterfall is predefined from start to end. Changes could only be made in the maintenance phase, which takes place after product launch.
The prototype is also referred to as evolutionary design or incremental development. This mobile app development approach is the improved verson of the waterfall methodology. It enables team members to make changes during the design phase.
The idea behind this approach is that your team needs to create a prototype to fully understand project requirements before the design stage.
3. Spiral Methodology
This is a type of risk-driven mobile app development methodology. It depends on the project’s risk pattern and applies more than one method during its process. To some extent, spiral app development approach combines waterfall methodology and iteration.
In the spiral approach, you must define requirements for every phase. All stages in the spiral relies exclusively on the project risk. Thus, it is ideal for large, risky projects.
Agile is a mobile app development approach designed for sophisticated projects. It allows for iterations, which aids in reducing errors.
The model divides the mobile app project into a series of cycles or short time boxes. Being collaborative, it allows for continuous changes of requirements. Agile is flexible in that it accounts for changes in requirements during the mobile app development lifecycle.
Also, there are many variations to Agile. They are
5. Lean Startup Methodology
The purpose of this mobile app approach is to solve many of startups’ problems when developing apps.
Lean startup methodology requires a minimum viable product (MVP) to initiate mobile app development. The lean startup model enables you to build, track, and learn from the mobile app you are building.
Today’s customers expect a user-centric, high-quality mobile app experience. A poor experience can lead to a loss of users and brand reputation. Thus, you need a comprehensive mobile app testing strategy.
Today’s mobile app development is evolving rapidly, posing various challenges for developers. They are:
Because of these challenges, carrying out mobile app testing in a lab environment is no longer viable as it fails to account for many things that can go wrong when your apps are used by real people with real devices.
Below are some of the most popular mobile app testing approaches to leverage for your next project:
The front-end is the visual and interactive part of the mobile application, where users experience.
Front-end resides on the device. Or at least there is an icon representing the app on the home screen or is pinned in the application catalog of the device.
The mobile application can be downloaded from app stores, side-loaded directly onto the device, or can be accessed through the device’s browser, which is the case for PWAs.
What does a Front-end Development Workflow Looks Like?
Depending on the size of the team developing the mobile app, many people can be involved in the process of creating the front-end. The team size can range from one who handles everything to tens or hundreds, each having different roles and skillsets.
For example, a front-end team can involve creative designers, who create visual elements for the mobile application, such as icons, backgrounds, colors, themes, etc. There can also be user experience and user interface designers who are responsible for how components interact with each other and with users.
How Mobile Apps Integrate with the Backend?
One critical part of the mobile app development process is building the logic that makes network calls to the back-end services, retrieves data, and updates the data in the back-end with new data from the app.
These back-end services can be accessed via various application programming interfaces, most commonly known as APIs. And there are various types of APIs, including REST and GraphQL. There are also various means and styles to access them.
Although there are available back-end service APIs in the platform, many of the specialized services must be integrated into the app by a software development kit (SDK). After the SDK has been added to the app via the development environment, the application can use the APIs defined in the SDK.
How to Interact with the Backend Data?
Database containing information used in the app is a perfect example of how the back-end interacts with the front-end. If a mobile developer wants to access the database, he would need to know the network location of the database, the protocol for accessing that database, the credentials for authenticating and authorizing the data access, and the specific database commands needed to extract data.
As an alternative method, the developer can use a specialized API to interact with the database. This way, he may only have to know the necessary parameters in a method call to get or update the data.
The mobile developer may have to program these APIs themselves or use the API definition provided to them by the one responsible for the back-end resource.
Typically, a REST API can be used to interact with data sources on the cloud, such as a cloud database. On the other hand, a GraphQL API can make it easier for developers to work with backend data in a mobile application. Alternatively, GraphQL offers querying support via an API endpoint, and a data schema that developers can use to build and easily expand data models used in the app.
A high-quality mobile application that can attract and retain users needs a reliable back-end, regardless of what front-end platform or development methodology is used to build it.
As back-end services are critically important to mobile application development, developers must seriously consider the architecture of the apps. For example, they must decide which services should they develop themselves and which available third-party services should they utilize, and then should they run and maintain their services or should they leverage 3rd party services.
Application modernization is the process of updating old mobile apps in terms of features, languages, frameworks, and infrastructure platforms. It is the mobile app development equivalent to renovating an older house to improve efficiency, safety, structural integrity. Instead of retiring an existing mobile app, application modernization extends its lifespan while leveraging the latest technical innovations.
Common patterns of mobile app development include:
Developers can take advantage of hundreds of available cloud and 3rd party services to accelerate the development and delivery of their mobile applications. Nevertheless, it’s not feasible for a developer to become an expert in all of these individual services.
Instead, what mobile developers should do is to look for a development environment where they can easily integrate, use, and consume the most commonly required capabilities into their application, while still having the freedom to utilize many available services.
Mike Lazaridis, the creator of BlackBerry, invented the phrase “super app” back in 2010. He described it as a “closed ecosystem of multiple applications” that people would use on a daily basis because they provide a “seamless, integrated, contextualized, and efficient experience.”
In a nutshell, a super app is a marketplace for services and products that are offered using in-house technology and third-party connectors.
Super applications, on the other hand, have become synonymous with a growing number of Chinese super goods, such as WeChat and Alipay.
WeChat began as a texting app in 2011. It has evolved into an ecosystem, with 1 million “mini-programs” that allow users to accomplish a variety of tasks, like ordering a cab, applying for a loan, transacting with local companies, government service providers, and even celebrities. All of these transactions (including payments) take place within the WeChat ecosystem, which is the finest part.
As a result, WeChat has a $7 average revenue per user (ARPU), which is 7X more than Whatsapp.
Alipay, which is owned by Alibaba, offers an even tighter network of services. To begin with, it is the primary mode of payment on the major e-commerce sites Taobao and Tmall (owned by Alibaba). Ant Financial, the company’s financial services arm, captures social and transactional data from these three platforms and delivers it to Ant Financial. Ant Financial then utilizes it to create a credit-rating system for merchants and customers, as well as to give personal and commercial loans. Merchants will use the secured funds to acquire more merchandise on one of
Alibaba’s e-commerce platforms.
The advantages of the super app strategy also include:
At KMS Solutions, we provide enterprises with full-packaged Mobile Application Development Services. Contact us for a smooth digital banking journey, or find more information about building a Mobile Banking App.
