How to Develop an Efficient Architecture for Mobile App Development?

January 11, 2022 | Blog
The global pandemic and increasing demands over how and when consumers connect with mobile apps have accelerated the growth of Mobile App Development. App initials were up 31% year over year, and user engagement, as measured by sessions, was up 4.5 percent, according to the Mobile App Trends 2021 study. The Apple App Store has over 2.22 million apps and the Google Play Store over 3.48 million.   Sales of 5G devices are boosting demand for new apps, and post-pandemic device behavior, such as the need for shopping ease and delivery services, as well as free time fillers, whether games or home fitness apps, is sticking around. While COVID had an impact on some of this behavior, the majority of it was not.  

What is Mobile App Architecture?

  Application architecture is a collection of technologies and strategies for building well-organized mobile apps based on industry standards and vendor-specific features. When designing the application architecture, keep in mind code that runs on wireless devices such as smartphones.   The architecture of a mobile app often consists of several layers, including:  
  • The Presentation Layer contains both UI components and the components that process them.
  • Workflows, business entities, and components make up the Business Layer.
  • Data utilities, data access components, and service agents make up the data layer.
  The presentation couches provide attention to user interface components and user interface process components. The main objective of this couch is of expertise and comment on the application is presented at the final utility. From the conception of this couch, the developers of applications are based on the census to determine the correct type of client that corresponds to the infrastructure.   Layer of Business:   It is the heart of the mobile app, exposing all of its features. To reduce the burden, the business logic layer can be installed on the backend server and accessed remotely by the mobile application. The restricted resources available on mobile devices are the cause of this load.   The layer is mostly concerned with the business side of things. Workflows, business components, and entities are all part of the business logic layer.   Layer of Data Access : A combination of data utilities, data access components, and service agents make up this layer. The database satisfies the application's needs and allows for secure data exchanges. This layer must be designed because it may scale in the future. Data access components, data helpers/utilities, and staff members make up the third stage of data.  

What Characteristics Define a Good Mobile App Architecture?

  Many apps are being produced today without any sort of architecture or respect to industry standards. Due to a lack of architecture, the app has become:  
  • It's difficult to keep up with, particularly if the personnel changes.
  • It's more difficult to scale or develop upon.
  • It's more difficult to test, and it's more subject to mistakes.
  A strong mobile app architecture will force excellent software development principles (KISS, DRY, SOLID) at the right stages of development to assist speed up development, provide a clear path for the data flow that makes work easier, and enable clarity on how to scale or expand the app in the future.   A well-defined mobile app architecture facilitates adaptability and Agile development methods, improves testing efficiency, and makes future maintenance easy and bug-free. In the short and long run, a solid mobile app architecture will save time and money.   Also Read: List of Top Mobile App Development Companies in Kuwait   

Important Considerations When Creating a Mobile App Architecture

  1. Identifying the Type of Device:
  Smartphones are divided into various categories, which you should keep in mind when developing mobile app architecture. The windows vista that a smartphone runs on determines the type of smartphone it is. As you may know, Android smartphones vary markedly from iPhones, and the two are classified as separate categories.  
  • Screen Dimensions and Resolution
  • Characteristics of the CPU
  • Memory Storage Capacity 
  • Development Tool Framework Availability
  1. Choosing the Best Navigation Method:
  The app navigation technique is the most important component. Customers' demands and priorities, on the other side, can be met by selecting the best navigation method.   The navigation of a mobile app has a significant impact on the user experience. It's critical to choose the best navigation method for the application. You can choose from a variety of navigation ways to find the best one:  
  • a single perspective
  • The navigation bar is stacked.
  • View in scroll mode
  • Controller with a modular design
  • Navigation with gestures
  • Tab controller for search-driven navigation
  1. Examining Bandwidth Situations:
  There may be instances when internet access is absent or severely constrained. In this circumstance, all you have to do is consider the bandwidth scenario or the demographic region's local internet network. In particular, the region in which your target audience resides. The user may become frustrated by the slow internet speed and eventually abandon the program. It also has a negative impact on the user experience. As a result, when designing the architecture for mobile application development, you should consider the very worst potential internet network.  
  1. Identifying the User Interface (UI):
  An app's failure is caused by a confusing user interface. Users should be able to interact with the app without difficulty. It's critical to keep things straightforward. Make certain the user interface does not consume all of your ingenuity. Remember the thumb rule, which is the finest prescription for creating highly interactive and intuitive user interfaces.  
  1. Push Notifications vs. Real-time Updates:
  Consider whether your consumers require real-time updates or push alerts when deciding on the best app design for your app. Real-time updates can be a valuable feature, but they can also be costly. Furthermore, this feature depletes the phone's power and data.  

Important Points to Consider When Selecting the Best App Architecture:

  Choosing the appropriate mobile app architecture can make a huge difference in the success of your project. To help you figure out how we've compiled a list of key points to consider while selecting the right app architecture:  
  • If you don't want to spend a lot of money, go for native apps because they have more interactive features and better performance.
  • For cross-platform app developers, a native app is also a great option (both Android application development and iOS app development).
  • We recommend that you take the "build once, run anywhere" strategy. It entails experimenting with several options such as a mobile web app, a hybrid app, or a cross-platform app.
  • A mix of a native app and a web app is a smart option if you want to attract more customers and keep them engaged.
  Conclusion:   The first and most important step is to design the mobile app architecture. It is quite significant in the development of an app's market. Whether you're a seasoned mobile application developer or a client seeking to recruit a team of app developers, make sure the entire process is followed to the letter. Any mobile app's success necessitates careful consideration of its architecture and technology stack. Paying attention to your business needs and user stories may help you determine what features to include in the app, how to include them, and how layers will connect these features.   Author bio:   I’m Srija Kalavala, a fascinating Technical Content writer currently working at “Hyena Information Technologies”, one of the Mobile App Development Companies in India. Interested to know about technology updates. Mobile App Development, IoT, Artificial Intelligence, Machine Learning, IOS, and Technology-related content Get connected with me on Linkedin.