Eyeware Beam

Install and calibrate Eyeware Beam with the user's webcam.

Configure the software to map eye and head movements to in-game actions.

Launch the supported game and enable eye tracking within the game settings.

The gamer's eye and head movements now control the camera, aiming, or other in-game features, providing a more immersive and intuitive experience.

Install Eyeware Beam and configure it to work with the streamer's webcam.

Enable the eye tracking overlay feature to display the user's gaze on the screen.

Integrate the overlay with the streaming software (e.g., OBS, XSplit).

Start the live stream, and the audience can see where the streamer is looking in real-time, enhancing engagement and providing insights into the streamer's decision-making process.

Install Eyeware Beam and calibrate it to the user's webcam.

Configure the software to control the mouse cursor with eye movements.

Set up dwell-time clicking or other assistive features.

Users can now navigate the computer interface, select items, and perform actions using only their eye movements, improving accessibility and independence.

Integrate the GazeSense SDK into the research application or website.

Recruit participants and have them interact with the application or website.

Record eye tracking data, including gaze position, dwell time, and fixation patterns.

Analyze the data to identify areas of interest, usability issues, and user preferences.

Install Eyeware Beam in a driving simulator or test vehicle.

Have participants perform driving tasks while interacting with the in-car interface.

Record eye tracking data, including gaze patterns, reaction times, and visual attention.

Analyze the data to optimize the placement and design of in-car elements to minimize driver distraction and improve safety.

Integrate GazeSense SDK into the research application or experiment setup.

Recruit study participants and conduct the experiment.

Collect eye-tracking data during the experiment.

Analyze the data to understand patterns of attention, cognitive processes, and other research questions.

Integrate the GazeSense SDK into the art installation software.

Connect the webcam and calibrate it to the viewing area.

Program the installation to react to the viewer's gaze (e.g., change colors, play sounds, move objects).

Viewers can now interact with the installation using their eyes, creating a unique and engaging artistic experience.