Best Eye Tracking Software of 2024

Find and compare the best Eye Tracking software in 2024

Use the comparison tool below to compare the top Eye Tracking software on the market. You can filter results by user reviews, pricing, features, platform, region, support options, integrations, and more.

  • 1
    SmartGaze Reviews

    SmartGaze

    ParallelDots

    SmartGaze uses state of the art AI technology to automatically code wearable's Eye Track videos without compromising on accuracy. These cases can be used to refine package designs and findability levels. Eye tracking projects can be completed in a matter of hours, rather than weeks. This will reduce the time it takes to complete them. You can reduce your total costs by interrupting the manual coding process of your eye tracking project's analysis. You no longer have to worry about managing data and reviewing the quality of coding, or meeting deadlines. A color-coded heatmap will show you the distribution of attention. Get the final view of the respondent’s path and fixations.
  • 2
    PyGaze Reviews
    PyGaze is a more user-friendly platform than other options when it comes creating complex experiments (or any other software). PyGaze scripting can handle everything, from stimulus presentation to eye tracker communication. We do depend heavily on all the amazing dependencies (see links in the first paragraph). You could do the same if each of these were used independently, but this would require more programming skills, and take more time and effort than when you use PyGaze. PyGaze has additional functionality. We present an example of a saccade detection algorithm, which was specifically developed for online detection (please refer to our paper).
  • 3
    SeeSo Reviews

    SeeSo

    VisualCamp

    SeeSo is an eye tracking tool that gives valuable insight into where people are looking, and how they use your site and app. You can even give your users the ability to control their eyes! Eye tracking has never been easier with SeeSo. It is now available in education, digital therapeutics and business. SeeSo requires no hardware and gives data in real-time. Our eye tracking software tracks how users use your app and website. This allows you to target your efforts precisely without having to purchase additional hardware. You can see how focused users are during and after a session by using SeeSo's proprietary visual concentration. Find out how eye tracking can help your app! You can see what users are seeing with SeeSo's eye-tracking software and gaze analytics. This allows you to know where they are looking and how long they have been looking.
  • 4
    TrueGaze Reviews
    Both the smartphone and tablet are sufficient. We believe that eye-tracking should be smaller and lighter as digital devices become smaller. VisualCamp's VR eye-tracking technology is the first SDk for standalone VR HMD. It is light in algorithm and has broad engine plug-in capabilities. This technology has many attractive features. Hardware required to optimize VR eye tracker hardware. Eye tracking algorithm based on rules.
  • 5
    GazeInsight Reviews
    Our technology transforms a webcam into an Accurate Eye-Tracker. High precision eye tracking is possible thanks to advances in machine learning and computer visualisation. Your research can be taken outside the lab to scale up to a large group of participants. Behavior Analytics Made Simple. Website Eye-Tracking Heatmaps and More
  • 6
    Eyetracker Reviews
    We use both static (screen-based) and mobile eye tracking to provide real, actionable insights into how customers interact with products. This includes where they look, their cognitive engagement levels, and other details. Traditional research methods rely on self-reporting methodologies. These are fine if your goal is to find out what people actually look at. However, if you really want the truth, eye tracking is the only way to find out what they are interested in. It is important to understand what people actually look at, rather than what they think they see. Fixed eye tracking, also known by screen or static eye tracking, monitors the respondent's eye movements while they are seated in front a computer monitor or standing in front a projected image.