Custom screen integration
Custom integration designed to integrate seamlessly into screen-based devices using Tobii algorithms, IP and either Tobii hardware or off-the-shelf components.
Across the healthcare sector, eye tracking is reshaping the way we approach disease assessment and treatment, medical training, and interaction with medical displays. With eye tracking technology and attention computing, we can drive innovation, bringing forth efficient and modern healthcare.
Eye tracking reveals the unseen moments of patient interaction, streamlining diagnostics, enhancing empathy, and reducing cognitive load across healthcare workflows.
of diagnostic decisions rely on
visual assessments, yet visual
attention is rarely measured.
of medical errors are linked
to lapses in attention or
misinterpretation of visual information.
of patient communication
relies on non-verbal cues,
which are often overlooked.
Eye movements can indicate various brain and eye conditions, such as traumatic brain injury, Alzheimer’s, and glaucoma. Eye tracking captures subtle changes in eye movements and helps identify conditions in their infancy, long before they fully manifest. The method is non-invasive, eliminating the subjectivity of observation and amplifying the accuracy of assessments. This means more efficient population-wide screening and improved disease management outcomes.
We provide eye tracking solutions that pave the way for pioneering treatment and rehabilitation methods. Eye tracking allows for personalized, evidence-based interventions that serve individuals’ needs and progress. We have partnered with technological innovators to integrate eye tracking into powerful treatments. For example, our collaboration with NovaSight has enabled a quick and effective therapy for Lazy Eye in children using non-invasive glasses and their favorite Netflix shows!
Eye tracking offers an improved visual evaluation method for training individuals and teams in dynamic healthcare settings. Gain insights about trainees’ visual attention and augment their skills by providing feedback on their focus and decision-making process. Incorporate eye tracking into simulation-based teaching techniques, supplementing conventional methods with invaluable attention computing data.
Attention computing technology can be seamlessly integrated into medical displays, optimizing performance and resource allocation in sync with attention. Safety takes precedence as information and procedures are only available when the user’s gaze is engaged, while features like dimming screens and auto logouts enhance security.
This intelligent technology can also:
Foster remote collaboration
Enable streamlined workflows
Reduce touchpoints
Simplify skills transfer
By allowing a person to control a device with their eyes, attention computing-inspired assistive technology empowers the elderly and people with disabilities to communicate and control their environment with greater ease and independence. These devices generate speech, connect to the internet, allow home automation, and include applications for writing, drawing, and creating music.
Eye tracking offers a window into disease development by capturing subtle changes in eye movements that are associated with various brain and eye disorders.
Devices and machines that include eye tracking enable developers to build innovative applications that can enhance workflow, facilitate skills transfer, provide additional security, promote safety and wellness, as well as raise computing and resource efficiency.