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Jun 26, 2024

Nuances of Designing for Native Apps

Nuances of Designing for Native Apps

Nuances of Designing for Native Apps

A practical comparison with building web-based apps

Read time:

4 minutes

TLDR

Designing for native apps vs. web-based apps boils down to harnessing OS-specific capabilities for performance and integration (native) versus prioritizing accessibility and universal design (web). Each demands tailored UX approaches to excel in today’s competitive app landscape.

Designing for native apps vs. web-based apps boils down to harnessing OS-specific capabilities for performance and integration (native) versus prioritizing accessibility and universal design (web). Each demands tailored UX approaches to excel in today’s competitive app landscape.

Hey, there designers! We all know that crafting a seamless user experience is both an art and a science, and designing for native apps versus web-based apps presents unique challenges and opportunities. Native apps leverage the full potential of the operating system, offering superior performance and a more integrated experience. In contrast, web-based apps offer broader accessibility and easier updates but may lack the depth of interaction that native apps provide. Let’s dive into the nuances of designing for native apps and how they compare to designing for the web.

Mastering Platform-Specific Design Guidelines

Understanding platform-specific design guidelines is crucial. Familiarity with these guidelines is essential for creating apps that feel natural and intuitive to users. This requirement is less stringent in web design, where uniformity across platforms is key.

  1. iOS Design Principles (Human Interface Guidelines)
  • Clarity: Think clean, clear, and clutter-free. Ample white space, neat typography, and high-quality images.

  • Deference: Let the content shine! Minimize interface elements that could distract, keeping things sleek and stylish.

  • Depth: Use visual layers and realistic motion to convey hierarchy and facilitate understanding.

    Essentially… Think about how Apple would do this and leverage Apple's Human Interface Guidelines.
  1. Android Design Principles (Material Design)
  • Material Metaphor: Think of tangible surfaces, edges, and realistic lighting. Create a sense of depth and reality.

  • Bold, Graphic, Intentional: Embrace bold colours, large typography, and clear imagery to guide user attention.

  • Motion Provides Meaning: Use meaningful transitions and animations to guide users through tasks and emphasize actions.

    Essentially… think about how Google might communicate and take a look at Material Design or Samsung Design System.

Leveraging Native Capabilities

Native apps can tap into the full range of device capabilities, offering a richer and more responsive user experience. In contrast, web-based apps, while improving in functionality, still face limitations in accessing certain device features.

  1. Performance Optimization
    • Native apps run directly on the operating system, allowing for faster and more efficient performance. Utilize this to create smooth, lag-free interactions.

    • Web-based apps rely on the browser, which can introduce variability in performance due to differences in browser engines and internet speeds.

    Essentially…don't limit your delight and make sure to "jazz it up" 😏

  2. Device-Specific Features
    • Native apps can seamlessly integrate with device features like GPS, camera, microphone, and sensors to provide enhanced functionalities.

    • Web-based apps use APIs like Geolocation and WebRTC but may face limitations in terms of accessing certain hardware features.

      Essentially… remember you have more features to utilise. Think like a product designer, not a web designer.
  3. Push Notifications
    • Native apps can implement push notifications to engage users with timely and relevant information, fostering higher retention rates.

    • Web-based apps use web push notifications, which are improving but still less reliable and feature-rich compared to native solutions.

      Essentially… see the above point, you have more tools in your toolbox!
  4. Offline Access
    • Native apps can function smoothly even without an internet connection, using local data storage and background sync.

    • Web-based apps use service workers to provide offline capabilities but with more limitations compared to native apps.

      Essentially… remember your NN/g heuristics and help users recover from errors and show accurate visibility of system status in the event of network shortage. Ask how you can still deliver value without the connection.

Crafting a Consistent Yet Customized User Experience

Consistency across platforms is crucial for brand recognition and user comfort, but it’s equally important to tailor the experience to each platform’s conventions.

  1. Consistent Branding
    • Maintain your brand’s visual identity across iOS, Android, and web while respecting each platform’s unique aesthetics and interactions.

    • Use consistent color schemes, logos, and fonts to ensure brand recognition.

  2. Platform-Specific Adaptations
    • Adapt navigation patterns to fit platform conventions, such as using bottom tabs for iOS and navigation drawers for Android.

    • Web-based apps should ensure intuitive navigation that translates well across different browsers and devices.

  3. Responsive Design
    • Design for various screen sizes and resolutions, ensuring a great experience on all devices, from small smartphones to large tablets.

    • Web-based apps must prioritize responsive design to cater to the vast array of screen sizes and resolutions in the web ecosystem.
      Essentially… while tailoring your experience to the device don't lose the soul of who the product is for!

Testing and Iteration

Rigorous testing is vital for the success of any app. Ensure that your native and web-based apps work flawlessly across different devices and OS versions.

  1. User Testing
    • Conduct usability testing with real users to gather feedback and identify pain points.

    • Use beta testing to refine the app before launch, ensuring it meets user expectations and performs well under various conditions.

  2. Performance Testing
    • Test the app’s performance on a range of devices to ensure smooth and responsive interactions.

    • Web-based apps require testing across multiple browsers and network conditions to ensure consistent performance.

  3. Accessibility Testing
    • Ensure your app is accessible to all users by following accessibility guidelines and testing with assistive technologies.

    • Include features like voice control, screen readers, and customizable font sizes to cater to users with different needs.

      Essentially… stress test the hell ou of it. Native apps may present different challenges and you need to stay close to your dev partners to understand limitations and clear communication in helping them understand the testing results.


Designing for native apps requires a deep understanding of platform-specific guidelines, a keen eye for detail, and a commitment to leveraging native capabilities. While web-based apps offer broader reach and easier updates, native apps provide a more integrated and performant experience. By focusing on performance optimization, device-specific features, consistent yet customized user experiences, and thorough testing, you can create apps that not only meet but exceed user expectations. Embrace the nuances of native design while recognizing the strengths of web-based approaches to deliver superior, engaging, and high-performing mobile experiences that stand out in today’s competitive app market.