The platform provides robust, retroactive funnel analysis that seamlessly connects conversion drop-offs directly to session replay videos.
Funnel analysis on this platform is incredibly powerful due to its "autocapture" technology. Because every interaction is logged automatically, analysts can build complex, multi-step funnels retroactively without having to instrument custom events in advance. Users can define funnels based on pageviews, CSS selector clicks, or text inputs. The most significant advantage is the immediate qualitative context: clicking on the drop-off segment of any funnel step instantly pulls up the specific session recordings of the users who abandoned the flow. This allows product teams to not only quantify a conversion problem but visually diagnose the exact UI/UX issue causing it.
The masking system enforces rigorous, rule-based data masking, automatically blocking sensitive text and input fields before data leaves the user's browser.
Given the detailed nature of its session recordings, the platform treats privacy with enterprise-level rigor. It employs a "Private by Default" approach for data capture. Out of the box, it automatically masks all text input fields, replacing characters with asterisks directly in the user's browser so that passwords, credit cards, and personal data are never transmitted to the platform's servers. Additionally, administrators can create highly specific CSS selector rules to explicitly block or unmask specific text elements across the entire application. This robust, client-side PII masking is a critical feature for organizations operating in highly regulated industries like finance or healthcare.
This visual analysis capability generates dynamic heatmaps that overlay click and scroll data directly onto active web pages, allowing for deep contextual analysis.
Instead of generating static heatmap screenshots, this platform utilizes dynamic Page Insights. Analysts can overlay click maps, scroll maps, and engagement metrics directly onto a live, interactive version of their website. This means the heatmaps correctly render dynamic elements, drop-down menus, and single-page application (SPA) states that traditional static heatmaps often break on. The tool highlights the most clicked elements, highlights dead clicks on non-interactive elements, and clearly visualizes how far users scroll on average. Because all data is autocaptured, these heatmaps are instantly available retroactively for any URL without requiring pre-configuration.
The platform captures high-fidelity, indexed playbacks of the entire user journey, transforming every click and scroll into searchable data.
Session replay is the foundational technology of this tool. It captures high-fidelity visual playbacks of individual user sessions, showing exact mouse movements, clicks, scrolling, and page transitions. However, its major competitive advantage is the indexing engine underlying these recordings. Because the platform autocaptures the entire Document Object Model (DOM), every action within a recording is fully indexed and searchable. An analyst doesn't just watch videos blindly; they can search for "users who clicked the specific CSS button .checkout-btn while seeing an error message" and instantly retrieve only the relevant recordings. This makes diagnosing rare bugs or complex UX issues remarkably fast.
While not a dedicated standalone module, form interaction is deeply analyzed through the platform's autocapture and session replay capabilities.
The platform does not feature a separate, out-of-the-box "Form Analytics" dashboard that automatically calculates field-by-field time spent. However, because its autocapture technology indexes every DOM interaction, analysts can still extract deep insights regarding form usage. Users can easily build funnels tracking the exact sequence of fields clicked, search for sessions where users triggered form validation errors, or filter for "rage clicks" specifically on a submit button. Combining these searches with direct video playback provides UX researchers with profound qualitative insights into why a specific form is causing friction, even without a pre-built tabular form report.
The platform provides comprehensive privacy controls, strict client-side PII masking, and data deletion APIs to ensure full regulatory compliance.
As a digital experience platform targeting enterprise clients, it offers a robust suite of tools to maintain compliance with GDPR, CCPA, and HIPAA. The cornerstone of its compliance strategy is its aggressive client-side PII masking, which ensures sensitive data is never ingested. For "Right to be Forgotten" mandates, it provides a dedicated API to automatically process Data Subject Access Requests (DSARs), allowing administrators to permanently delete specific user profiles and their associated session recordings. However, to be fully compliant, businesses must still ensure the platform's tracking script is integrated with their Consent Management Platform (CMP) to respect user opt-ins.
The Data Destinations feature allows enterprise users to stream raw, autocaptured event data directly into external data warehouses.
Recognizing the value of its immensely rich autocaptured dataset, the platform offers "Data Destinations" for its enterprise tier. This feature provides a secure, automated pipeline to export raw, user-level behavioral data and session metadata directly into cloud data warehouses like Google BigQuery, Snowflake, or Amazon Redshift. This enables data science teams to combine qualitative UX metrics with financial data, CRM records, or use the raw behavioral events to train proprietary machine learning models. Unlike basic heatmap tools that lock data in their UI, this provides total data portability, though it requires significant data engineering resources to process the massive volume of exported JSON data.
Standard retention policies vary strictly by contract tier, ranging from just a few weeks for session recordings to longer periods for aggregated metrics.
Because capturing high-fidelity session playbacks requires immense server storage, the platform's data retention limits are strictly enforced based on the specific enterprise contract negotiated. Typically, full session video recordings are retained for a shorter window (often 30, 60, or 90 days), ensuring compliance with strict data minimization policies. However, the aggregated quantitative data derived from those sessions (like funnel completion rates or total click counts) can often be retained for significantly longer periods to allow for year-over-year trend analysis. Organizations requiring long-term archival of specific user sessions must manually export or save the videos before the retention window expires.
The platform provides native SAML 2.0 Single Sign-On (SSO) integration, securing enterprise access via major identity providers.
To ensure the security of highly sensitive session recordings and user behavioral data, the platform natively supports SAML 2.0 Single Sign-On (SSO) for its enterprise customers. IT administrators can easily integrate the workspace with centralized corporate identity management solutions like Okta, Microsoft Entra ID (Azure AD), Google Workspace, or OneLogin. This allows organizations to mandate multi-factor authentication, automate the provisioning of new employee accounts, and instantly revoke access across the entire company when necessary. This centralized access control is an absolute requirement for the platform's core target market of mid-market and enterprise SaaS companies.
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This capability automatically calculates a "Frustration Score" by identifying rage clicks, dead clicks, and error clicks within the user journey.
The platform features a highly advanced, automated friction detection engine that continuously scans the autocaptured data for signs of negative user experience. It specifically looks for technical and UX failures such as "Rage Clicks" (repeated clicking in frustration), "Dead Clicks" (clicking elements that don't respond), "Error Clicks" (clicks occurring immediately before a JavaScript error), and "Thrashed Cursors" (erratic mouse movement). The system aggregates these signals into an overall "Frustration Score" for specific pages or user segments. Analysts can immediately filter the dashboard to view only the session recordings containing these specific friction events, drastically reducing the time required to diagnose critical UI/UX flaws.