Definition
An interaction is a discrete exchange between a user and a digital interface. It can be a direct input, such as a click on a call to action or a value entered into a form, or a gesture such as a tap, swipe, or scroll. It can also include the interface response that follows, such as opening a menu, showing an error, or moving to another page.
Interaction data helps teams connect visible behavior with outcomes. A single interaction may be routine, while a pattern—such as repeated clicks, hesitation, or attempts that lead nowhere—can signal confusion, friction, or a technical problem. Interaction is therefore broader than a conversion event: many interactions happen before, after, or instead of a desired outcome.
What does that mean
Think of an interaction as a turn in a conversation between a person and a screen: the person does something, and the interface responds—or fails to respond. Looking at many of these turns helps teams understand what people are trying to accomplish.
Why this matters
Understanding interactions gives teams behavioral evidence for improving digital experiences. Product and UX teams can find confusing or broken moments, marketing and ecommerce teams can improve content and calls to action, and data and IT teams can connect behavior with journeys, errors, and business outcomes.
Use cases
Find friction in important flows
When users repeatedly click a control, pause at a form, or leave after an attempted action, aggregate conversion data may show the problem without explaining it. Interaction analysis combines the action pattern with the surrounding page, journey, or session to identify whether the issue is unclear design, a broken element, an error, or a slow response.
The expected benefit is a shorter path to diagnosis and a clearer priority list for product, UX/UI, and IT teams. Fixing the underlying issue can reduce frustration, abandonment, and repeated support needs.
See it in practice
Harrods used interaction evidence from repeated clicks and session replay to uncover checkout friction. The resulting improvements were associated with a 50% decrease in rage clicks and an 8% reduction in cart abandonment.
Improve page and content performance
Teams may know that a page receives traffic but not which elements help users move forward. Comparing clicks, taps, hovers, and scroll behavior across page elements reveals what attracts attention, what is ignored, and what contributes to downstream actions.
This helps marketing and ecommerce teams refine page hierarchy, calls to action, merchandising, and content placement. The expected benefit is more relevant experiences and better engagement with the elements that support business goals.
Understand paths across audiences
Averages can hide meaningful differences between new and returning users, devices, traffic sources, or customer groups. Interaction patterns viewed within journeys and segments show how people move through an experience and where different audiences diverge.
Product and data teams can use these patterns to compare successful and unsuccessful paths, investigate drop-offs, and decide where to test or simplify the experience. The expected benefit is more targeted optimization than relying on a single site-wide metric.
How Contentsquare helps.
Session Replay shows clicks, taps, swipes, scrolls, and mouse movements in the context of what a user experienced, helping teams see hesitation, confusion, frustration, and errors.
Heatmaps visualize how users interact with page elements through clicks, taps, hovers, scrolls, and other behavior patterns, and connect those elements with outcomes.
Journeys reveal how users progress from entry to exit, including unexpected paths, looping behavior, drop-offs, and routes associated with conversion or return visits.
Frustration Scoring helps surface interaction patterns that may indicate friction so teams can prioritize investigation alongside session-level evidence.
FAQs on interaction
An interaction is an action a person takes with a website or app, together with the interface response that follows. Common examples include clicks, taps, swipes, scrolls, keystrokes, form inputs, and selections.