GazeRecorder

GazeRecorder is webcam-based eye-tracking software for remote studies on desktop and mobile. It suits researchers who need gaze visualizations without specialized tracking hardware. Its non-commercial desktop limit and stated accuracy figures make it a better fit for exploratory work than for studies requiring unrestricted commercial use or tighter precision.

Overview

GazeRecorder uses a webcam to record video and track eye movement, with remote study workflows for websites, apps and other visual materials. Participants can view live websites, images, screenshots, mockups, pictures, videos and apps. The maker says the software can show where participants look and for how long in real time, and can provide respondent-level eye and click data as well as aggregated sample data.

GazeFlow combines gaze data into heatmaps across web pages, applications, static images or videos, including data from multiple participants. Gaze paths, fixation metrics and areas of interest add ways to examine attention beyond a single heatmap. That range is useful for comparing visual engagement, though the approximate accuracy stated for GazeCloud API should be weighed against the needs of any study relying on precise gaze placement.

Key features

• Remote testing: Run studies on live websites, images, mockups, video and apps, making it practical to evaluate varied digital and visual content without bringing participants to a lab.
• Live tracking and recording: Real-time webcam tracking, video recordings and session data help capture both gaze and the participant’s viewing session.
• Combined visualizations: Heatmaps can merge multiple subjects’ data; gaze paths, fixation metrics and areas of interest support different views of attention.
• Low hardware barrier: The desktop version requires a webcam, not specialized equipment. Mobile tracking uses a smartphone’s selfie camera without extra hardware.
• Web and survey compatibility: PC participants can use Chrome 53+, Edge 12+, Firefox 42+, Opera 40+ or Safari 11+. Survey platforms are compatible when they can send participants to an external URL and receive them back.
• Integration options: GazeCloud API and GazeRecorder API are linked by the maker; GazeCloudAPI.js can add real-time eye tracking to a website.

The FAQ gives GazeCloud API approximate accuracy of 1.0 degree and precision of approximately 0.2 degree of visual angle. Those figures are a useful qualification for interpreting results, not a guarantee that every remote session will meet a particular study’s requirements.

Pricing

GazeRecorder (non-commercial use): free. The free plan is restricted to non-commercial use on desktop, so it suits personal, educational or exploratory work only where that restriction is acceptable. It includes webcam-based study workflows and the stated recording and visualization capabilities. Commercial desktop use needs another option.

There is no paid GazeRecorder plan with a published price in this offering, so commercial users should not assume the free desktop version covers their work.

Platforms

GazeRecorder supports web, Windows PCs, iOS, Android and API workflows. Desktop tracking uses a webcam, while the mobile approach uses the phone’s selfie camera. Platform support is broad, but the documented browser list for PC participants is specific, so researchers should check participant device and browser fit before launching a study.

Who it's for

GazeRecorder is a reasonable choice for UX researchers, product teams and educators who need remote attention studies across web content, apps, images or video, and who want to inspect results through multiple gaze visualizations. It is less suitable for commercial desktop work under the free-plan restriction or for studies whose conclusions depend on accuracy beyond the stated approximate figures.

Pros and cons

Pros

• No specialized desktop tracker required: A webcam lowers the equipment barrier for remote studies.
• Broad study materials: Testing spans live websites, images, mockups, videos and apps, rather than a single content type.
• Useful output variety: Heatmaps, gaze paths, fixation metrics, areas of interest and respondent-level data provide several ways to inspect attention.
• Mobile capture without extra hardware: The selfie-camera approach makes smartphone studies possible without a separate tracker.

Cons

• Desktop free use is non-commercial only: That excludes many business research workflows unless commercial terms are arranged separately.
• Accuracy has a stated ceiling to consider: Approximate API accuracy of 1.0 degree may not suit work that requires more exact gaze localization.
• Participant browser compatibility matters: PC studies must account for the supported browser versions rather than treating every setup as interchangeable.

Alternatives

Eye Tracking Software is the broader category to browse when comparing tools beyond this specific remote webcam workflow.

• GazePlotter is worth considering if open-source software under GNU GPL v3 and Linux support are priorities; it also supports Android, iOS, macOS, web and Windows.
• Labvanced may suit researchers who want a freemium platform with a free trial and a free tier capped at 300 MB storage, 10 recordings and one active recruiting link.
• Hawkeye is an option for iOS and web workflows, with a free tier limited to one project and five sessions or a Starter Plan at $39.99 a month.
• OpenGazer is a free, open-source gaze tracker for Linux that requires a webcam and Linux build dependencies.
• Pupil Player is another free option for Windows, macOS and Linux.
• Retra is a free Android alternative.
• ViewPoint EyeTracker is a paid alternative for Windows, macOS and Linux.
• EyeWorks is a paid alternative for iOS and Android.

Verdict

Choose GazeRecorder for remote webcam-based UX studies when broad test materials, mobile capture and several gaze visualizations matter more than specialized hardware. Its free entry point is attractive for non-commercial desktop work, but the restriction and approximate accuracy figures are clear reasons to look elsewhere for commercial desktop research or studies demanding tighter measurement.