What is the difference between native and web in UX?
Native applications are built using platform-specific technologies, Swift or Objective-C for iOS and Kotlin or Java for Android, and are distributed through app stores. They have direct access to device hardware and platform APIs, follow platform-specific design conventions, and typically offer better performance and more seamless integration with the operating system. Web applications run in the browser and are accessed via URLs. They work across platforms without installation, are easier to update, and benefit from web-specific capabilities like linking and indexability. Progressive web apps occupy a middle ground, offering some native-like capabilities such as offline support and home screen installation while remaining web-based.
What are the UX advantages of native apps?
Native apps follow the mental model users have built from using other apps on the same platform. iOS users expect swipe-back navigation, specific gesture behaviors, and system-native controls like share sheets and date pickers. Android users expect different conventions including back navigation, material design patterns, and system integration points. Native apps also typically offer better performance, smoother animations, more reliable haptic feedback, and deeper integration with device capabilities like camera, biometrics, and notifications. These differences directly affect how natural and trustworthy the product feels.
What are the UX advantages of web apps?
Web apps offer instant access without installation, which removes a significant barrier to first use. Deep linking allows users to share specific content or states via URLs, which native apps handle less elegantly. Web apps update instantly without requiring users to update through an app store. They are more discoverable through search engines. For products where users access specific content occasionally rather than using the app regularly, the frictionless access of the web often outweighs the polish advantages of native. The right choice depends heavily on use frequency, the importance of platform integration, and the performance requirements of the core use case.