Hybrid vs Native app: Which one to choose in 2024?
Mobile applications have become indispensable tools for businesses, serving as the primary means of connecting with customers for various day-to-day needs such as banking, grocery shopping, and entertainment. The convenience and prompt user experience offered by mobile apps make them a crucial aspect of modern business operations. As innovation continues to drive the industry, businesses increasingly rely on apps. Projections indicate a staggering 299 billion mobile app downloads in the near future.
Despite the allure of developing a mobile app for business, it comes with its own set of challenges, with one of the key decisions being the choice between native and cross-platform development. The debate centers on whether creating a native app tailored to a specific platform is the optimal approach or if the flexibility of hybrid apps is the way to go.
This decision hinges on several critical factors, and this blog aims to delve deeper into the native app vs hybrid app comparison. By exploring the distinctions between the two, we aim to provide insights that will help businesses make an informed decision on the most suitable development approach for their specific needs.
What are native and hybrid apps
Native app development involves creating apps using a specific programming language designed for a particular mobile operating system. For Android, it's Java, and for iOS, it's Swift or Objective-C. These apps are built within a secure environment, following the technical rules and user experience guidelines of the respective operating systems. This approach ensures quicker performance and a smoother user experience.
The term "experience" here refers to the consistent look and feel of other apps native to that device. This familiarity helps users learn how to use the app and navigate through it more easily.
Additionally, native apps come with some benefits. They can easily tap into and utilize the device's capabilities, such as the address book, GPS, camera, etc. Since native apps are tailored specifically to an operating system, they are built according to certain standards.
Hybrid app development is centered around websites. Despite resembling regular native apps, they actually originate from a company's website. These apps are essentially web applications created using JavaScript and HTML, packaged within a native app container. As users navigate through the app, it loads most of the data on the page.
What sets hybrid mobile apps apart from typical web apps is their ability to utilize native plugins, achieving native app-like functionalities without needing extra coding. In a single build, your app can harness native features of the device, such as the camera, file storage, and security features like fingerprint recognition or Face ID. For a clearer understanding, you can refer to a guide on native app vs. hybrid app vs. web app.
Moreover, developing and maintaining a hybrid app is generally more cost-effective than a native app, thanks to the "write once, run anywhere" approach followed by hybrid app developers.
Advantages and disadvantages of Native apps
Advantages of Native Apps
Native apps offer a familiar and refined user experience, closely resembling the default applications of the operating system, thereby enhancing user interaction. Their platform-specific design ensures quick loading times and improved graphics, maintaining the aspect ratio for better image quality. Native apps perform well even without an internet connection, ensuring accessibility in offline scenarios, such as during flights or subway rides. Their use of native code results in superior performance, making them suitable for graphic-intensive apps, high-definition games, and those with heavy animation. Choosing native app development services can maximize the return on investment for businesses.
Disadvantages of Native Apps
On the downside, native apps typically have longer download times, requiring users to navigate through the app store, find the app, agree to terms and conditions, and finally download it. This lengthy process may lead potential users to abandon the download. The development cost of native apps tends to be higher, as different skill sets are required for creating, maintaining, and managing the same application across various platforms. Achieving simultaneous release of identical features across all platforms is often challenging due to the unique codebase of native mobile apps.
Advantages and Disadvantages of Hybrid Apps
When it comes to hybrid app development, there are both strengths and weaknesses worth considering.
Advantages
Hybrid apps offer a "one for all" build, saving time and costs when creating multiple versions of an application. They ensure consistent user experiences across different browsers, devices, and operating systems, simplifying the development process. With a single code base for all systems, developers write it once and run it as needed, eliminating the need for separate development, updates, and programming for each platform. Hybrid apps can achieve hardware-based performance acceleration similar to native apps.
Disadvantages
While many applications perform similarly on hybrid and native platforms, HD games, 3D software, and graphics-intensive apps may face consistency or adequacy issues in hybrid form. Each user's experience with a hybrid app can be unique due to variations in software, operating systems, and versions. This necessitates extensive testing to ensure a seamless experience. Hybrid apps require the use of native plugins, and accessing new device functionalities may not always be straightforward. Developing custom plugins adds complexity and potential challenges to the development process.
Difference between native and hybrid app
The majority of App Store or Google Play Store users may not be familiar with the terms "hybrid" and "native" when downloading applications. What truly matters to them is the end result—an efficient and responsive app tailored for Android or iOS. However, for organizations, the choice between native and hybrid app development matters, and understanding the distinctions is crucial.
Let's explore key factors differentiating native and hybrid app development.
Device Access
Native apps have full access to device APIs through the platform SDK, offering comprehensive functionality. In contrast, hybrid apps provide users access to a limited number of APIs based on the chosen development tool.
Development Cost
Native app development tends to be more expensive, requiring the creation of separate apps for multiple platforms. Hybrid apps, with their cross-platform compatibility, come with comparatively lower development costs.
UI Consistency
Native app frameworks provide original UI components for an authentic native look and feel. Hybrid apps can achieve a fairly native UI, although not always precisely.
Programming Tools
For native app development, developers use Java/Kotlin for Android and Swift/Objective-C for iOS. Hybrid app development employs tools such as Xamarin, Flutter, Cordova, React Native, and NativeScript.
Code Reusability
The codebase of native mobile apps for one platform does not translate to other platforms. Conversely, developers can port the codebase of a hybrid app to all platforms, enhancing code reusability.
App Complexity
Native apps are generally complex to build, while hybrid mobile apps are relatively simpler and moderately complex.
App Security
Native app development provides robust security measures, ensuring a high level of protection. In comparison, hybrid apps are considered less secure.
Native vs Hybrid app: The tech stack
Ensuring the success of mobile app development and optimizing app performance relies heavily on selecting the right technological stack. This stack encompasses a set of tools, programming languages, frameworks, databases, and more. Making the correct decisions in this regard is crucial, as it can significantly impact the development process, while poor choices may lead to challenges and escalate costs.
Native App Technology Stack
For native Android app development, developers primarily opt for Java and Kotlin as their programming languages. In terms of development tools, Android Studio and Android Development Tool stand out as top choices. These tools provide essential functionalities such as code editing, automated testing, debugging, and more.
In the realm of native iOS app development, Swift and Objective-C emerge as the preferred programming languages. Appcode and Xcode are instrumental tools for iOS native app development, offering crucial support in various stages of the development process.
Hybrid App Technology Stack
Hybrid apps often leverage standard web technologies like CSS, HTML5, and JavaScript. These apps typically consist of a combination of a backend and a native shell. Three commonly used frameworks for developing hybrid apps are Cordova, Sencha Touch 2, and Ionic. Developers frequently employ these frameworks to create hybrid apps that can run seamlessly across multiple platforms, utilizing a shared codebase and providing a cost-effective solution.
Conclusion
For optimal results in mobile app development, it is advisable to opt for a native app when the development timeline is constrained, typically within a few months. The rationale behind this recommendation lies in the desire to channel all energy and resources towards crafting a singular, exceptional user experience for a specific user base. Concentrating efforts on one platform ensures a more focused and refined product. In the event of any shortcomings or failures, quick iterations become essential, and managing code updates for multiple platforms can significantly escalate the workload.
When aiming to assess the user-friendliness of your app within a limited and private market, especially during the testing phase, the choice of developing it as a native app might prove beneficial. This approach allows for a targeted evaluation of the application's performance within a specific user group.
Following the testing phase, once features are thoroughly tested, refined, and clearly defined, a strategic transition to hybrid app development might be a prudent move. This shift enables the app to scale across multiple platforms, catering to a broader user base while maintaining a shared codebase.
Conversely, if the application proves unsuccessful during the testing phase, the decision not to invest in hybrid development can be regarded as a fortuitous outcome, resulting in significant cost savings. This underscores the importance of strategic decision-making based on the specific needs and outcomes observed at different stages of the app development lifecycle.


