The heatmap feature automatically generates click, scroll, and area heatmaps for every page on your site, providing instant visual feedback on user engagement.
Heatmaps are a foundational feature of this platform, generated automatically without requiring analysts to manually configure tracking for specific URLs. It provides three primary visualizations: Click maps (showing exactly where users click, including rage clicks on non-clickable elements), Scroll maps (indicating how far down a page users travel before abandoning), and Area maps (highlighting total clicks within a specific bounded section). A major advantage is that these heatmaps can be generated retroactively and easily segmented by device type, browser, or specific user behavior. This allows UX designers to instantly see if a crucial Call-To-Action button is being ignored because it sits below the average user's fold.
Heatmap analysis generates continuous, retroactive heatmaps based on clicks, mouse movements, and scrolling, allowing teams to visualize aggregate user attention.
The platform is widely renowned for its robust Heatmap generation. It tracks aggregate user behavior across three visual formats: Click Maps (showing exactly where users click or tap), Move Maps (tracking mouse movement to indicate where users focus their attention on desktop), and Scroll Maps (revealing how far down a page users scroll before leaving). A significant recent upgrade allows these heatmaps to be generated retroactively and continuously, meaning analysts no longer have to manually set up specific page tracking in advance. Users can filter the heatmaps by device type, date range, or specific user attributes, making it an essential tool for UX designers testing new page layouts.
The platform automatically generates an extensive suite of heatmaps, including click, scroll, attention, movement, and geographical maps.
Heatmap generation is a core strength of this tool, and notably, it generates six different types of heatmaps automatically for every page without requiring manual pre-configuration. These include standard Click maps and Scroll maps, alongside Movement maps (tracking mouse cursor paths), Attention maps (calculating time spent on specific page sections), Geo maps (visualizing user location data), and Live heatmaps (overlaying data on dynamic site elements). Because this data is captured continuously, analysts can retrospectively view heatmaps for any specific date range or segment them by traffic source to see, for example, how paid ad traffic interacts with a landing page differently than organic traffic.
Heatmap analysis generates dynamic heatmaps that include click, scroll, and mouse movement data, segmented by device type and traffic source.
Heatmap generation is a core feature, automatically creating visual representations of user engagement for every tracked page. It generates dynamic heatmaps that can handle dropdown menus and pop-ups, unlike simple static screenshot tools. It provides three main views: Click maps (showing exactly where users tap), Scroll maps (indicating how far down the page the average user navigates), and Move maps (tracking mouse cursor paths on desktop). A key advantage is the ability to easily filter these heatmaps by date, device type, or specific referring traffic source, allowing analysts to compare the engagement of paid ad traffic versus organic visitors directly.
Generates dynamic heatmaps overlaying click and scroll data on active pages.
Dynamic Page Insights overlay click maps, scroll maps, and engagement metrics on live websites. This method accurately renders dynamic elements and SPA states, unlike static heatmaps. It highlights clicked elements and visualizes average scroll depth. Autocaptured data makes heatmaps instantly available for any URL without pre-configuration.
This visual analysis capability provides five distinct types of heatmaps, including the unique Confetti map, offering deep visual insights into click behavior.
Heatmap generation is the foundational feature that made this platform famous. It tracks mouse clicks and scrolling behavior, offering five distinct visual reports: standard Heatmaps (showing hot/cold click zones), Scrollmaps (showing how far users scroll), an Overlay report (showing the exact percentage of clicks on specific elements), a List report, and its signature "Confetti" map. The Confetti map is highly unique; it visualizes individual clicks as distinct colored dots on the page and allows analysts to segment those specific clicks by traffic source, search term, or time of day. This is incredibly powerful for seeing exactly how users from a specific ad campaign interact with a landing page.
Visualizes user interactions but may struggle with large datasets.
Visualizing user interactions through heatmaps provides an intuitive view of where users click, scroll, and hover on your website. This feature helps identify areas of high engagement and potential usability issues. However, it is best suited for smaller to medium-sized datasets due to potential performance limitations with larger volumes of data. Despite these constraints, it offers valuable insights for optimizing user interface design and enhancing user experience. For businesses with extensive data, alternative solutions may be necessary to avoid performance issues.
