Tobii Ocumen is an advanced toolkit for observing user behavior in VR. It provides developers with a framework to record, organize, and analyze biometrics as well as rapidly build and deploy scientific-grade VR products in specialized industries such as healthcare and medical assessment.
We designed this toolkit for researchers and developers to provide access to new kinds of data, gain insight into cognitive processes, and develop scientific-grade applications in domains such as health assessment, therapeutics, training, and simulation. Tobii Ocumen is compatible with enterprise VR headsets integrated with our eye tracking — PICO Neo 3 Pro Eye and HP Reverb G2 Omnicept Edition.
By providing biometrics such as gaze vector and pupil diameter for each eye individually, Tobii Ocumen can expedite the research and development of innovative detection and assessment solutions in areas like neurology, vision impairment, and cognitive load assessment.
The accurate eye movement and pupil-size measurements Tobii Ocumen delivers make it possible to identify microscopic changes in user behavior — the kind of insight essential for the research and development of new therapeutic solutions.
An application can combine robust pupil dilation data delivered by Tobii Ocumen with additional sensor data (GSR and EEG) to generate drowsiness, distraction, and cognitive load signals — which in turn provide a deep understanding of performance and skill.
Tobii Ocumen combines comprehensive access to data, including advanced eye tracking signals, controller events, 3D object movements, and user view video — all in a unified format. Ready-made recorders integrate easily with Unity projects, and Tobii Ocumen Studio provides instant visual inspection of recorded data. Samples provide ready-to-use templates for typical study paradigms.
We have optimized the data structure for speed and file size to uphold data integrity. To support data conversion, data collection from multiple sources and ensure data remains accessible irrespective of programming language, we have designed Tobii Ocumen with an open I/O interface. Ensuring your research remains robust and product architecture flexible.
Out of the box, Tobii Ocumen delivers all the necessary infrastructure for data collection — database formats, file size optimizations, and data I/O layers — with convenient visualizations and filter libraries to analyze eye movement data.
Tobii Ocumen provides a fast and lightweight framework for automating the collection of attention data in lab and field scenarios.
We have designed Tobii Ocumen to integrate with other analysis tools, programming languages, and platforms. The sans-IO database ensures that you can access your data from Unity as from Python, Rust, or MATLAB.
Tobii Ocumen combines high performance data formats with powerful filtering libraries and provides broad support for various programming languages. Helping you cut development time and iterate ideas rapidly with short time-to-market.
For more information about developing with Tobii Ocumen, visit our devzone.
Built with machine learning and tested for robustness, Tobii Ocumen delivers accurate, precise, and stable data streams for the widest variety of eye shapes and colors as well as physical and neurological eye conditions.
Built on over two decades of eye tracking development for industrial and professional use, Tobii Ocumen delivers the trustworthiness required by health assessment, therapeutics, and research applications.
Built to enable new eye tracking capabilities for advanced VR applications, Tobii Ocumen delivers advanced real-time data streams with flexible filtering options together with standard signals found in OpenXR and headset manufacturer SDKs. The design supports flexible use and data-collection with customized levels of data filtering.
Built to facilitate development, Tobii Ocumen deploys as a data extension through our XR SDK or directly on commercially available headsets equipped with our eye tracking and Tobii Ocumen. To support rapid application development, our XR SDK includes easy-to-use example code, powerful Unity samples, and comprehensive documentation.
Tobii Ocumen makes it easier for us to run our software and do our analysis. Everything is being filtered for us. All the high frequency gaze data are captured, processed, and filtered — a step we hadn't previously been able to utilize. When the data gets to us, it's ready for our implementation. It's a tremendous time-saver, and it puts the raw data into a consumable format
Scott Anderson
Clinical Officer, NeuroSync
Our VisuALL Virtual Reality Platform (VRP) provides automatic, objective, and standardized visual function tests. Our partnership with Tobii allows us to increase the accuracy of our technology even more. Tobii Ocumen has helped us develop and deploy our product offerings and is a step forward in automating the assessment of visual function.
Alberto Gonzalez
CEO, Olleyes
Tobii is already known to many of our partners and clients for its quality and longstanding research in the field of eye tracking, making it the obvious choice when it comes to further expanding on their work in VR. Furthermore, Tobii Ocumen comes with packages for Unity3d and a clean interface which allows for easy access to the data – a big plus for everyone working on the development end.
Julia Kern
Director of Strategic Relationships, SOMA Reality
Eye tracking and VR are the primary research tools our lab uses to develop innovative tools for training in aviation and other high-risk industries. Tobii Ocumen allows us to develop our unique tools, much more effectively, spending more time on our core business, and less on programming.
Dr. Sam Vine
Co-founder of Cineon Training and Associate Professor at the University of Exeter
Tobii eye tracking optimized for Qualcomm XR 2 platform — the world's first XR platform to unite 5G and AI.
Learn moreTobii eye tracking combined with other sensor data to uncover human insights, creating new opportunities in training, wellbeing, creation, and collaboration.
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