The Best Tech Stack for Android App Development - Hire Remote Developers | Build Teams in 24 Hours -
  • Home
  • Blogs
  • The Best Tech Stack for Android App Development

The Best Tech Stack for Android App Development

Creating a successful mobile app requires catering to a wide range of user preferences and choosing the right mobile application technology stack.

The development of new and innovative mobile applications is on the rise. The Google Play Store currently hosts 2.87 million unique applications. Since smartphone apps have proven so popular, it is no surprise that many businesses are considering creating their own. But how can you choose the ideal stack when there are so many to choose from? How do you decide which approach is best? Should you develop for specific operating systems or try to make your app work across several platforms? The answers to these questions are contextualized by your specific requirements and intended app use. In the following sections of this article, we will discuss some of the most common technology stacks for developing mobile applications. While this article focuses more on tech stacks for Android development, we have also discuss the best tech stacks for iOS development.

As a result of these considerations, we need to select the appropriate mobile application technology stack. Finding the best solution will help you save money on app development, get the job done faster, expand your options, and give you more leeway to make changes as the project evolves.

It also depends on the demand of the customer. Which kind of an application do they need? If you want to hire Android developers to build an application for your business, Gaper is here to provide a solution. We are just a click away.

What Is Mobile Development Stack?

A mobile app’s technology stack includes programming languages, tools, and frameworks. Web services such as programming languages, development environments (like Android), data storage, security management, and graphical user interface design tools are all included. The components of an application, or “tech stack,” have been broken down into four distinct groups.

Types of Technology Stacks

  • Front-end Development – This involves the user interface for an application that requires participation from the user.
  • Back-end Development – Takes in data from the user, analyses it, and outputs the result.
  • Development Platform – Involves the visual representation of libraries and interfaces for the creation of a mobile app takes place.
  • Additional – These are the technical aspects that can make or break an app’s security, durability, and efficiency.

Why is it Vital to Use the Best Tech Stack for Mobile App?

Several elements are dependent on choosing the best mobile app tech stack. The growth and efficiency of a mobile app might be stunted if its technological stack is selected improperly.

Easy to Maintain:

Technology stack plays a vital role in the development and maintenance of any application. It would help to choose a technology stack that allows you to make changes easily and quickly. When your business model changes, you need the flexibility of making last-minute changes in your application. This can only be possible if your tech stack is easy to maintain.

Best Performance:

In developing an application, your requirements and preferences should be given considerable weight. It’s important to be free to pick the technological stack that best suits your needs. You can use Java or.NET if you want your application to have excellent performance and superior features. Cross-platform technologies such as Mono, Xamarin, and Cordova are your best bet if you need a lightweight mobile app with little storage space and CPU power. These alternatives are top picks for your use case in terms of performance.

Low Cost:

Saving money during application development and maintenance is another benefit of using the best technology stack. Checking out the newest technology stacks in your particular industry can help you save money when doing a cost-benefit analysis. Before deciding on a specific technology stack, it’s wise to weigh your available options. Bear in mind that the best option is to give you access to all the features your app needs without breaking the bank. This is crucial when making mobile apps for micro and small-sized businesses.


There’s nothing more annoying than having your software malfunction. It is vital to understand that once a certain number of modifications have been done, the same application can be recreated. Before committing to a specific technology stack, ensure it supports easy iterative updates across several versions.

Best Compatibility:

When creating a mobile app, it is crucial to guarantee a seamless connection between the client and server. The best compatibility with your needs can only be achieved with the proper combination of tools, which can only be provided with the right technology stack. It ought to be simple to implement and use.

How To Pick The Right Technology Stack For Your Mobile App Development?

You can select one of the several technical stacks currently accessible on the market and immediately begin working. It would help if you thought of a plan that could lead to success before achieving it. You may rest assured that your software will be fully functioning, feature-rich, professionally presented, easily managed, scalable, and secure.

That being said, you should keep a few things in mind as you plot out your course of action for making a crucial choice.

Let’s take a more in-depth look, shall we?

App Requirements

No two apps are the same. Each software has several unique features that set it apart from the others. The app’s creator has several factors to think about before creating it, including the app’s target platform, operating system, network speed and stability, the app’s intended functionality, and the app’s intended user experience. In the case of mobile applications, this is extremely significant. Many more features can vary from app to app.

As a result, developers are in a better position to choose the library, software, framework, and programming language they should use to accomplish their objectives.

Goals for the App

When deciding on a technology stack for app development, keeping the app’s target audience in mind is important.

Take, for example, a mobile app whose success heavily depends on its ability to handle massive amounts of data. Instead of depending solely on the capability of a mobile app to simplify interactions, it will be more effective to implement a robust technology stack.

The Technical Skills of the In-House Development Team

Many frameworks and languages achieve the same goals, but to stand out from the crowd, you need to focus on a few key differences. It’s important to consider the skills of your developers while picking between competing technology stacks.

If you choose a technological stack that is not user-friendly, it is possible that the amount of time and effort spent developing the app and the overall cost will increase. Instead, selecting an appropriate technology stack to develop a mobile application will make your team feel more at ease, resulting in quicker results while still keeping a high level of quality.

Multi-Platform Capability

A mobile app that supports only one platform is fundamentally different from one that supports several platforms, and that distinction is the technology stack on which it is built. As a side note, you should include in your app the toolset required for scalability for your program to be transferrable to other platforms, such as Cross or Hybrid App Development, which is completely distinct from Native App Development. This is because the toolset required for Native App Development is wholly unique.

Data Protection and Security

Each of us shares concerns over the safety and protection of personal data. However, even a seemingly insignificant breach of security can cause a loss of trust among customers and damage a company’s brand. That’s why picking the right technology stack is so important.

Target Audience

Native is the ideal choice if your users have stringent needs for speed, security, and offline operation, and they are experts who have been using the same software for years and won’t be bothered by its restrictions in HTML/CSS.

Most Popular Tech Stack for Mobile Application Development

This article will cover the three main categories of mobile apps and the specific mobile app development technology stacks utilized to create them.

  • Native Apps
  • Hybrid Apps
  • Cross-Platform Apps

Native Application Development

Those seeking the optimal user experience with a native app will benefit greatly from this choice. This option has a few drawbacks, including limited distribution and monetization possibilities and support.


  • High performance & speed
  • Follows strict UI/UX standards
  • Highly functional
  • Maintains aspect ratios
  • Security


  • Lengthy downloading process
  • Expensive
  • Time consuming
  • Lack of flexibility
  • Requires frequent upgrades

Tech Stack for Native Mobile App Development

Android Tech Stack

  • Kotlin: This is a great option for programmers looking for a more efficient and up-to-date language to use. It is compatible with Java in every way, so you may use both together without any hassle. One drawback is that it lacks the functionality of other programming languages, such as Swift and Objective C++.
  • Java: A more widespread option, Java has more support choices but isn’t as quick as the others on this list due to its slower execution time. If your organization has developers already familiar with Java, they will be able to adjust most effectively within these limits. If not, however, there are many resources online that may help you master the basics of Java programming.

Our developers at Gaper use a variety of tool kits for the best native app development.

Android Toolkit

Our Android app development toolkit consists of Android Studio and the Android Software Development Kit (SDK) tools.

Android Studio

Google has officially adopted Android Studio as its integrated development environment (IDE). With support for macOS, Windows, and Linux, it has supplanted Eclipse as the go-to IDE for creating native Android applications. You also obtain the Android Software Development Kit (SDK) when you install Android Studio, which provides full access to the operating system’s built-in features. With these resources, we can build native apps, which, in our experience, are the most reliable.

Android SDK

The Android Software Development Kit has everything a programmer may want or need, from a debugger and emulator to sample code and tutorials, and libraries. Since 2015, when it dethroned Eclipse as the official IDE, the Android SDK has been available for usage across macOS, Linux, and Windows.

Android SDK Platform Tools

Additional command-line tools for the platform, such as adb, fastboot, or systrace, are available in the Android SDK Platform Tools component, which may be downloaded independently from the official Android developer website. In addition to being essential for developing Android apps, these tools also work with previous releases of the Android SDK.

Hybrid Application Development

With this method, your app will run in a browser independent of the user’s mobile operating system. Compared to Native Apps, these apps are more affordable but suffer from performance difficulties. Users are redirected to an external website whenever they want to accomplish something that might be done in the app itself, such as logging in or making a purchase.


  • Lower costs and development time
  • Greater market reach
  • Easier to maintain
  • Supports cloud and enterprise-level solutions
  • Offline support
  • Constant updates
  • Scalable applications
  • Designed for multiple platforms


  • Difficult debugging process
  • Lower graphic quality
  • Poor user experience
  • Functionality limitations
  • Slow performance

Tech Stack for Hybrid Mobile Application Development

  • Cordova/PhoneGap: This choice makes use of a library written in JavaScript that has seen widespread adoption over the past many years. It allows programmers to convert their website into an app that can be distributed through Google Play or the Apple App Store.
  • Ionic Framework: In addition to the more traditional methods, this framework gives programmers more flexibility when creating hybrid apps. It’s also a JavaScript library, but it includes things like animations and a wide range of UI components, giving designers more freedom in choosing the look and feel of the app without resorting to extra plugins or third-party libraries, as well as providing instant access to several different prebuilt layouts.

Cross-Platform Application Development

This solution offers a more consistent and convenient experience across all devices compared to hybrid apps. Unfortunately, they can’t match the speed of native apps because they have to rely on other technologies, such as 

  • CSS/HTML for styling,
  • Using JavaScript as Programming Language (even though the languages have been optimized over time),
  • CSS or jQuery for animations,

As opposed to employing hardware-specific graphical rendering, which increases the size of the file and so slows down the download time, and decreases the website’s responsiveness.


  • Lower costs
  • Wider audience
  • Faster development
  • Consistency
  • Reusable code
  • No requirement for specific languages
  • Smart cloud integration
  • Cost effective updates
  • Good for prototyping


  • Lower performance
  • Longer wait for new features
  • Not many tools within the framework to work with
  • Harder code design
  • Inadequate UX/UI design

Technology Stack for Cross-Platform Application Development

  • React Native: Using JavaScript instead of the more traditional languages like Java or C++ to build hybrid mobile applications has become increasingly common in recent years. Compared to alternatives, its performance levels are phenomenal, and its user experiences are typically superior because they are developed using native capabilities.

This approach’s drawbacks include the time required for building and debugging apps and the complexity of supporting several mobile platforms, which prevents you from using a single app codebase for many devices.

  • Flutter: It’s another open-source UI SDK for making apps run on several platforms. It employs its programming language, so designers will need a lot of work up front to become familiar with it and understand the syntax.

For more specialized features like AR/VR, Flutter’s integration with Google, Facebook, and Microsoft’s native SDKs mean you won’t require additional plugins or frameworks.

  • Xamarin: Utilizing the C++ programming language on a portion of Microsoft’s.NET framework, this technology is utilized more frequently when constructing native applications than hybrid ones. It offers powerful features, but many users have complained that its performance is poor because it uses Java instead of JavaScript (like React Native does). However, depending on your needs and how you intend to use the app, this may not be an issue for you.


What is a mobile development technology stack, and how do you choose the right one?

The greater the size and complexity of your project, the larger the mobile technology stack required. The type of product may influence the technology that is used.

Its load and security requirements, market timelines, competitiveness, regulatory issues, accessibility and affordability of developers, current team’s knowledge base, availability of development tools, cost of licenses and support, the target audience’s preferences, the age and size of your company, and so on.

The development team should also consider whether you currently have online services, databases, data that need to be migrated, or legacy systems to be transferred to the new system.

How are Android and iOS apps different from each other?

  • Android software is available to a wide range of manufacturers, resulting in lower-quality phones. iOS, on the other hand, is tightly controlled by Apple, and there is no quality issue because there are only a few models.
  • Unlike Android, a more open platform, iOS is a closed system. When it comes to iOS, consumers have very few system permissions, but customers may easily customize their phones when it comes to Android.
  • When comparing Apple iOS with Google Android, Apple iOS offers stronger integration with other devices.
  • iOS devices maintain a consistent running speed throughout time.

Is it possible to create an app that works across several platforms?

Yes, using a cross-platform application development stack allows you to create a product that can easily work across several platforms. That is the primary driving force behind the creation of cross-platform applications. In this way, a single application can be made to perform successfully in several different digital environments.

Why is it critical to select the most appropriate mobile application stack?

Because your mobile app’s success depends on whether or not you use the right tools, make sure that you carefully consider the pros and cons of each option before deciding on the best technology stack for mobile app development. Determine the objectives of your company and how your mobile app will facilitate the achievement of those goals.

Why choose a cross-platform app development stack over a native stack?

Cross-platform app development has become a viable alternative to a traditional, native development stack. Numerous factors have contributed to its recent rise in popularity.

For starters, it enables you to launch your application on many platforms simultaneously. Developing an app for many platforms allows you to reach a wider audience than designing an app for only one platform. This allows for a faster time-to-market because the code doesn’t need to be created individually for the web, iOS, and Android.

It also means significant savings in the development and maintenance phases because only one development team must cover all platforms.

Wrapping Up

There are too many factors to consider when determining the optimal technology stack for mobile app development. Consider the requirements, the nature of the app you’re creating, and your target user to determine the best technology stack for your mobile application.

Because of this, you should consult an expert while building the technology stack for your business’s app. Hope now you have a good understanding of the technology stack that would be the best for your app. Do you have any further concerns about developing a mobile app? Our development team at Gaper comprises the top 1% of software engineers who are well-versed with the necessary tools. Contact us to set up a consultation from our experts

Hire Top 1%
Engineers for your
startup in 24 hours

Top quality ensured or we work for free

Developer Team @2023 All rights reserved.

Leading Marketplace for Software Engineers

Subscribe to receive latest news, discount codes & more

Stay updated with all that’s happening at Gaper