Pupil Labs Blog

Blink and you’ll miss it! Nishizono et al. combine eye tracking and race car telemetry to show how Formula drivers optimise their blink patterns for peak racing performance.

At Pupil Labs we want to give you eye tracking “superpowers”. One aspect of this is making it really easy to set up and run a study...

This blog post is an introduction into analyzing Areas of Interest (AOIs) with Pupil Invisible and Reference Image Mapper. It comes with downloadable jupyter notebooks to code along with our examples - all based on our new Demo Workspace...

How cutting-edge mobile eye-tracking and computer vision technologies are being combined to generate novel insights, revealing how we move and what we choose to look at in real-world environments...

The cornea of the eye distorts the pupil, making accurate measurements of pupil size a challenge. A novel method developed recently at Pupil Labs utilizes corneal refraction correction, and significantly outperforms other state-of-the-art techniques...

Zandigohar et al. explore how AI algorithms combining visual and physiological signals might improve the function of prosthetic robot hands…

Pfeiffer and Scaramuzza investigate the visual–motor coordination strategies used by drone pilots to race drones at high speed…

Using a driving simulator, Mole et al. investigate how eye-gaze behaviors differ between manual and automated driving modes in a self-driving car, and how this information might be used to reduce the risk of accidents…

Lu et al. develop an augmented reality system using the Pupil Labs HoloLens Add-on that helps trainee surgeons to learn complex surgical procedures…

Kishita et al. use the Pupil Core headset to reveal how the world’s top baseball players optimize their eye movements to reach the very peak of athletic performance…

Li et al. apply world-view transformation of Pupil Core eye tracking data to demonstrate that pilots’ performance in a flight simulator is improved by a novel flight deck design...

Johnny Parr et al. make effective use of the adjustability of the Pupil Core headset to uncover differences in how children with and without developmental coordination disorder visually scan their surroundings while walking down stairs…