Eye-tracking makes interaction between people and machine more effective and natural, creating actual hands-free devices and providing new interaction control modes for next generation products.
Eye tracking is used to improve code input or password security and security procedures such as monitoring the operator’s attention in real time during luggage scanning at airports.
Eye tracking makes it possible to monitor a driver’s attention reporting and recording dangerous behaviors, like getting distracted while driving. It is also possible to interact more effectively with infotainment systems.
Using eye tracking cuts off times and cognitive load in the analysis and sorting of critical information. It allows operators to automatically scroll maps, report distraction and monitor the actual viewing of alarms.
Eye tracking is used to explore medical pictures galleries in hands-free mode, or as diagnostic and training aid in the PACS console. In robotic surgery, it allows monitoring the surgeon’s attention, making systems interaction more natural.
Eye tracking integration of new edutainment systems allows the user to have an innovative experience. The eyes become game controllers to explore fun and educational scenarios.
In the industrial and automation sector, eye tracking significantly improves process efficiency, security and sustainability, for example, through hands-free systems.
Through the usage of Eye-Tracking technology we identify human error and situation in a variety of industries and sectors. We focus on sectors with high incidence of injuries as per the Occupational Safety and Health Act of 1970.
The eye tracking system may be integrated on screens, shelves and store windows to favor calls-to-action. In combination with genre and age assessment algorithms, it makes it possible to provide customized content for each client and statistics on consumer interests and behavior.
Eye tracking offers a simple and and innovative way to explore maps and contents through gaze. Break down information access barriers with no need for physical contact with the devices.
SR Labs success is the result of constant technological research and development.
CAVS C/C++ SDK allows the development of applications (Windows/Linux) that integrate the most advanced eye tracking functions. It is available in many systems and it is designed to ensure reliability through quality control procedures and automated testing.
SR Labs developed and patented an autocalibration algorithm allowing to instantly and accurately capture the user gaze with no need for initial calibration, without compromising system precision or accuracy.
WEBCAM EYE TRACKING
Innovative algorithm for eye tracking, it needs no dedicated hardware. It has been designed for use on any computer equipped with a webcam and may be easily integrated to any web application.
REAL TIME MONITORING
Monitoring and streaming in real time of th operator eye activity through remote analysis of results and analysis of eye tracking data and stimuli (UI optimization, training, scientific research and edutainment).
DATA ANALYSIS SOFTWARE
Development of software for data analysis of eye tracking systems or cross-referencing of data collected with different tools (i.e. eye tracking + EEG).
ENVIRONMENT GAZE TRACKING
Surface tracking and recognition system designed for video or low-quality images, from long-distance and in complex scenarios.