In short
Adaptive UI is an interface that changes its layout, content or features based on who the user is and how they behave. Menus, shortcuts, tips or modules can appear, move or hide for different users. The goal is to show each person what is most useful to them and reduce clutter.
Why it matters for apps
Most apps show the same screen to a first-day user and a power user. Adaptive UI lets the interface match experience level and habits.
- New vs experienced users: Beginners may see guided steps and fewer options. Experienced users get shortcuts and advanced features.
- Feature discovery: Surfacing an unused feature at the right moment can help users find value they would miss.
- Rules or models: Adaptation can follow simple rules, such as "hide the tutorial after 3 uses", or be driven by a model.
- Common mistake: Moving things around too often. Users rely on muscle memory, and an unstable layout increases cognitive load.
Industry examples
A learning app shows a guided path to new learners and a free-practice menu to learners past level 5 (hypothetical).
A banking app moves the savings widget to the home screen for users who save each month (hypothetical).
Build it with StriveCloud
StriveCloud does not adapt your app's interface; your app controls its own layout. What StriveCloud provides is the per-user state to adapt on, such as levels, tiers, stats and segment membership, available through the API. Its embeddable widgets and page builder can also show content, like challenges and leaderboards, scoped to a user's segment.
Want to try this? Explore the Gamification API
Frequently asked questions
What is the difference between adaptive and responsive UI?
Responsive UI changes layout to fit the screen size. Adaptive UI, in this sense, changes content or features to fit the user's behavior and needs.
What is an example of an adaptive user interface?
An app that hides beginner tips once a user has completed them, and shows shortcuts to features that user opens most.
Does adaptive UI need AI?
No. Many adaptive interfaces use simple rules based on user level, usage or settings. Models are one option for deciding what to show.