Co-Founder
A native app refers to a mobile application built specifically for an operating system like iOS or Android, using tools such as Xcode or Android Studio. It offers high app performance and full access to native device features like GPS, camera, and sensors.
The best frameworks and tools for native app development are SwiftUI with Xcode for iOS and Jetpack Compose with Android Studio for Android. These environments integrate tightly with their respective SDKs, offering rich UI design tools, real-time previews, and powerful debugging.
The main programming languages used for native app development are Swift and Objective-C for iOS, and Kotlin and Java for Android. These languages enable deep integration with the mobile OS and are supported by platform-specific IDEs.
To develop a native app, you start by selecting your target OS and coding the app using the platform's official language and frameworks. Then you integrate APIs, test extensively across devices, and submit it to the App Store or Google Play Store with proper ASO.
According to a 2024 industry report, native apps deliver up to 30% better load speeds and 40% more user engagement than web apps or PWAs.
A native app is a software application built specifically for a particular operating system, such as Android or iOS. These apps are written using platform-specific programming languages and development tools, allowing them to fully access device features like the camera, GPS, microphone, and sensors. Once downloaded from an official app store, a native app integrates into the system, delivering high performance and responsiveness.
You use a native app when you need direct interaction with device hardware or require advanced features. Common use cases include mobile banking apps, Pokémon GO, Waze, and Spotify. These apps offer a better user experience because they are specifically tailored for the operating system on which they run.
The architecture of a native app is layered. At the top, the presentation layer manages the user interface and user interactions. Below that, the business logic layer processes data and executes app-specific workflows.
Popular examples of native apps include Instagram, Twitter, WhatsApp, and YouTube, each designed with separate codebases for Android and iOS to optimise performance on each platform. These apps demonstrate how native development allows deep integration and smoother operation.
Native apps have evolved rapidly since the early 2000s. Initially, phones came with pre-installed utilities, but after the introduction of the iPhone and Apple's SDK in 2008, the mobile app industry expanded. Google followed with Android's open-source model, spurring global growth. Today, native apps dominate both the Google Play Store and Apple App Store, powering billions of devices worldwide.
A native app works by running directly on the operating system of the device it's designed for, using code that is fully optimised for that specific platform. When you download the app from the App Store or Google Play, it installs as a standalone program that communicates directly with the device's system resources.
This program includes access to hardware components like the camera, microphone, accelerometer, and location services, which allows the app to deliver high-speed performance and rich user experiences.
Once installed, the app uses a platform-specific runtime environment, such as Dalvik or ART for Android, and the iOS runtime for Apple devices. These runtimes execute the app's code and manage memory, system calls, and background processes. Because the app is built using the platform's official tools and libraries, it utilises advanced features like push notifications, offline access, and secure data storage.
Updates are delivered through the app stores and installed locally, enabling continuous performance improvements and new features without compromising system compatibility. Since the app runs natively, it responds more efficiently to touch gestures, animations, and multitasking demands, ensuring a smoother experience compared to hybrid or web-based solutions.
The benefits of native apps are speed, performance, security, offline functionality, and a smooth user experience. These advantages stem from the fact that native apps are built specifically for one platform using its native programming language and development tools.
Native apps deliver faster load times and smoother interfaces because they access the device's resources directly without needing translation layers. This allows for rich animations, quick response to gestures, and support for high-performance tasks like gaming or video streaming.
You also benefit from offline capabilities, where the app stores data locally and continues to work without an internet connection, which is vital for travel, remote work, or field operations.
In terms of security and integration, native apps offer better protection because they follow platform-specific security protocols and gain regular updates via the app stores. They also integrate well with device features such as biometric authentication, geolocation, notifications, and camera access.
The disadvantages of native apps are higher development costs, longer production timelines, and platform dependency. Since native apps require separate codebases for each operating system, such as Android and iOS, you need to invest in different development teams or skill sets for each platform.
This separation increases both the time and cost of building, testing, and maintaining the app. Updates must be deployed individually across platforms, which delays the rollout of new features or bug fixes. For startups or small businesses, these requirements strain budgets and resources.
Another drawback is platform lock-in. You commit to the tools, guidelines, and restrictions of the chosen operating system, which limits portability. If you want to launch the same app on another platform later, it requires a fresh build, duplicating effort and investment.
The best frameworks and tools for native app development are those that align tightly with platform-specific SDKs, allowing full access to device capabilities and performance enhancements. Each offering robust environments for building fast, secure, and responsive applications.
The frontend native app development frameworks include the following:
The backend native app development frameworks include the following:
The full-stack native app development frameworks include:
The most reliable native app development databases include:
The most practical CSS frameworks and UI libraries for native app development are explained below:
The main programming languages used for native app development include Swift, Objective-C, Kotlin, Java, and C#. These languages are specifically designed to be aligned with their respective platforms. Each offers native-level performance and integrates deeply with official development tools like Xcode, Android Studio, and Visual Studio.
The programming languages used for native apps include the following:
The frontend native app development programming languages include:
Backend native app development programming languages are explained below:
To make a native app, you need to select your target platform, utilise platform-specific tools like Xcode, write the app's code, design the user interface, integrate backend services, thoroughly test it, and then submit it to the relevant app store for review and release.
The steps to make a native app are explained below:
To create a native app, begin by selecting whether to build for iOS, Android, or both platforms. Define your target audience and understand their platform usage habits. This guides your tool selection and design approach from the beginning.
Install Xcode for iOS or Android Studio for Android to access the platform SDKs and emulators. Configure your IDE, set up dependencies, and plan your development stack. You'll also create a project structure aligned with native development conventions.
Use Swift or Objective-C for iOS, and Kotlin or Java for Android to build your app logic. Design the user interface using SwiftUI, Jetpack Compose, or other native frameworks. Ensure smooth navigation, responsiveness, and hardware integration.
Connect your frontend to backend services using APIs for data, authentication, or push notifications. Choose databases like Firebase or SQLite and ensure secure, efficient communication. This step powers your app's functionality beyond the device.
Use built-in emulators and real devices to test UI, performance, and feature behaviour. Run unit tests, integration tests, and user tests to catch bugs early. Optimise the app for various screen sizes and OS versions.
Prepare app store assets, including icons, screenshots, and descriptions. Submit your app to Google Play or the App Store, following each platform's guidelines. After approval, the app becomes available for users to download.
It takes 3 to 9 months to develop a native app, depending on its complexity, features, and platform targets. A simple app with basic functionality and a single-platform focus can be completed in 8 to 12 weeks.
Medium-complexity apps, including backend integration and moderate user interaction, require 4 to 6 months. For complex apps with advanced features, such as real-time syncing, geolocation, or offline mode, especially those developed for both iOS and Android, the extension can be up to 9 months or more. This timeline includes planning, design, development, testing, and deployment stages.
The main difference between a native app and a web app is that a native app is installed directly on a mobile device and built for a specific operating system, while a web app runs in a mobile browser and is accessed via a URL.
Native apps use platform-specific languages like Swift or Kotlin and can fully access device hardware, offering better performance and offline functionality. In contrast, web app use HTML, CSS, and JavaScript, and depend on internet connectivity to function properly.
Other key differences include deployment. Native apps go through app stores, whereas web apps are instantly accessible, and user experience, with native apps delivering smoother interfaces tailored to each platform.
The main difference between a hybrid app and a native app is that a native app is built specifically for one platform using its native language, while a hybrid app is built using web technologies and wrapped in a native container to run on multiple platforms.
Native apps offer better speed, responsiveness, and access to device features like the camera or GPS. Hybrid apps, on the other hand, are easier and faster to develop across platforms but suffer from limited performance and inconsistent UI behaviour.
Native apps offer superior performance, precise UI control, and full hardware access, making them ideal for demanding or platform-specific applications. Cross-platform app, using frameworks like Flutter or React Native, reduce development time and costs by sharing most of the code across Android and iOS.
However, they lack the deep integration and fluid performance that native development provides, especially when handling complex animations or system-level features.
To choose the right native app development company, you should evaluate their portfolio for platform-specific expertise and ask about the tools, frameworks, and languages they specialise in. Look for client reviews, project timelines, and post-launch support to ensure they align with your business goals and technical requirements.
Things to consider when choosing the right native app development company include:
Choosing the right app development company ensures your app is robust, performant, and user-friendly. Consider Intelivita for your native app development; they offer proven experience across both iOS and Android, maintain a strong track record of high-performance apps, and provide end-to-end support from ideation to deployment.
It costs an average of £25,000 to £120,000 to develop a native app in the UK, depending on the app's complexity, platform(s), features, and team expertise. A basic app with minimal screens, simple UI, and no backend could cost around £25,000 to £40,000.
Mid-level apps with integrations, user accounts, and backend APIs range from £45,000 to £70,000. Complex apps with real-time features, custom animations, offline capabilities, and cross-platform builds exceed £100,000.
Native app costs are influenced by factors such as hourly developer rates, the location of your development team, the number of supported devices, app store preparation, testing effort, and ongoing maintenance after launch.
The best practices for native app development include following platform guidelines, writing clean and maintainable code, prioritising performance, and ensuring a consistent user experience across devices. These practices ensure your native app operates smoothly and efficiently.
The best practices for native app development are explained below:
The top trends in native app development include AI integration, 5G optimisation, cross-device functionality, and enhanced security protocols. Each of these trends shapes how apps are built and experienced today.
The following are the trends in native app development:
Yes, startups should choose native app development when performance, user experience, and access to device features are top priorities. This choice is important if the app is core to the business model or targets a high-end, tech-savvy user base.
Native development is ideal if you're launching on a single platform first and want to build a reliable, scalable product. On the other hand, if you have a limited budget, a tight timeline, or need to reach both Android and iOS users simultaneously, cross-platform development might be more practical.
Native apps demand more resources and specialised skills, so they're best suited for startups with a clear vision, funding, and plans for long-term growth.
Yes, native apps can be deployed to both Google Play and the App Store. Native Android apps, developed using Kotlin or Java, are published through the Google Play Console. In contrast, native iOS apps, built with Swift or Objective-C, are submitted via Apple's App Store Connect.
Each platform has its submission guidelines, review processes, and certification standards that you must meet. Once approved, your app becomes available for download on the respective store, giving you direct access to millions of users on each platform.
Yes, you can convert a website into a native app. This process involves wrapping your web content in a native container using tools like WebView or rebuilding key features using native frameworks to ensure better performance and user experience.
While simple web apps are converted quickly, for a fully functional and responsive native experience, it's recommended to rework essential components in Swift for iOS or Kotlin for Android. This allows you to leverage device features, improve offline capabilities, and meet app store requirements.
Yes, native apps work offline. Because they are installed directly on a device, native apps store data locally using databases like SQLite or Realm, allowing you to access key features without an internet connection.
Offline capabilities are especially useful for productivity tools, note-taking apps, or any application where uninterrupted access is important. Developers also enable syncing when the device reconnects, ensuring data is updated without disrupting the user experience.
No, a container app is not required for a native app to execute on a mobile device. Native apps are compiled into executable binaries (.apk for Android and .ipa for iOS) and run directly on the operating system.
Unlike hybrid or web apps that rely on a WebView container, native apps interact directly with system APIs and hardware. This direct execution enhances speed, responsiveness, and access to device functionalities without the need for an intermediary runtime environment.
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Co-Founder
Hey there. I am Dhaval Sarvaiya, one of the Founders of Intelivita. Intelivita is a mobile app development company that helps companies achieve the goal of Digital Transformation. I help Enterprises and Startups overcome their Digital Transformation and mobile app development challenges with the might of on-demand solutions powered by cutting-edge technology.
