THE FIRST AFFORDABLE EYE TRACKING GLASSES
Pupil Labs Glasses
Pupil Labs glasses capture natural viewing behavior in real-world environment and screen/monitor combining robustness, accuracy, largest field of view at affordable cost.
Easy synchronization and visualization with other physiological sensors through LSL (Lab Streaming Layer) protocol.
Gaze Intelligence team is certified and authorized by Pupil Labs to provide user training, technical support and consultancy
Specifications
Pupil Detection Method Binocular, dark pupil tracking using a 3D eye model
Calibration Procedure Multi point calibration - 3-9 points (physical
marker or on-screen marker)
Slippage compensation using the 3D eye model
Pupil Diameter is recorded in millimeters based on anthropomorphic eyeball size and in pixels based on apparent diameter
Accuracy & Precision
2D Accuracy : 0.6 degree of visual angle
Precision : 0.08 degrees
3D Accuracy : 1.4 degree of visual angle
Precision : 0.08 degrees
Area of Interest Tracking Surface tracking using up to 64 unique 5x5 fiducial markers
Multi-device Sync
Synchronization with other Pupil devices and other sensors on a wireless/wired network (LSL compatible)
Broadcast Pupil Data Over the Network
Real-time broadcast of Pupil data (gaze data, pupil data, events) over a wireless/wired network
Pupil Mobile
Pupil Mobile is a mobile recording unit based on smartphone. All data are saved on the smartphone.
With the wireless live capabilities Pupil Mobile, professionals and scientists have full control of a study. From a remote computer or tablet connected via Wi-Fi, operators can collect participant properties, perform a calibration, observe live gaze traces, transmit live audio and add live annotations to a user’s behaviour. For enhanced productivity, annotations can be used in Pupil Capture software to efficiently focus data analysis on relevant sequences of the recorded data.