VR research
tools.
We build immersive experimental paradigms for neuroscience and psychology research — with eye tracking, hand tracking, EEG and behavioral data captured inside the same environment.
How we work with research labs
What we integrate
- 01Experimental paradigm designFrom the hypothesis to the VR scene — controlled trials, randomization, conditions, response windows, and counterbalancing.From the hypothesis to the VR scene — controlled trials, randomization, conditions, response windows, and counterbalancing.
- 02Eye trackingGaze vectors, fixations, pupil diameter logged with frame-level timestamps and synchronized to task events.Gaze vectors, fixations, pupil diameter logged with frame-level timestamps and synchronized to task events.
- 03Hand tracking & kinematicsHand skeletal data, grip metrics and 6DoF controller kinematics — for embodiment, reaching and motor studies.Hand skeletal data, grip metrics and 6DoF controller kinematics — for embodiment, reaching and motor studies.
- 04EEG integration via LSLWireless LabStreaming Layer triggers for stimulus onset, response and ROI events — compatible with Brain Products, BrainSigns and Mindtooth.Wireless LabStreaming Layer triggers for stimulus onset, response and ROI events — compatible with Brain Products, BrainSigns and Mindtooth.
- 05Mindtooth neurometricsReal-time workload, stress and vigilance indices from the Mindtooth wearable EEG, streamed into the scene logic.Real-time workload, stress and vigilance indices from the Mindtooth wearable EEG, streamed into the scene logic.
- 06Behavioral & physiological pipelinesTrial logs, event markers and multi-stream recordings exported in open formats (CSV, XDF) for downstream analysis in MATLAB, Python or R.Trial logs, event markers and multi-stream recordings exported in open formats (CSV, XDF) for downstream analysis in MATLAB, Python or R.
Neurofeedback.
Our VR headsets with onboard software deliver advanced capabilities for neuroscience research and data-acquisition integration. With wireless LabStreaming Layer (LSL) on the standalone devices, we send real-time EEG triggers for any kind of event — enabling precise synchronization between the VR experience and brain-signal recording.
In partnership with BrainSigns and Brain Products, our platform uses Mindtooth, a latest-generation wearable EEG. Mindtooth computes workload, stress and vigilance in real time — neurometrics that integrate directly with the virtual scene for research-grade feedback.