HARMONEYES PREDICT
See the future —
without a crystal ball
Instantly identify and anticipate a person’s state based only on eye movements with HarmonEyes Predict. Works in any environment, on any device.
HOW IT WORKS
Predict what’s next with AI-powered insights
Over 90% of the brain is involved in vision-related tasks. Both completely objective and highly sensitive, eye movements provide unparalleled insights into a person’s current state — and now, with HarmonEyes, they also predict a person’s future state.
Cognitive Load
Track cognitive load levels and predict when a person is at risk of overload, indicating stress and anxiety. HarmonEyes Cognitive Load enables preprogrammed corrective actions or after-action performance reviews.
Motion Sickness
Accurately predict when someone will get motion sick. HarmonEyes Motion Sickness enables real-time corrective actions that prevent symptoms and provides insights for app developers during testing.
Cognitive Load (Driving)
Improve safety by understanding — and predicting — driver cognitive load using eye-tracking. HarmonEyes continuously monitors eye movements in cabin, enabling constant, real-time identification and prediction of cognitive load levels while performing dual tasks.
Reading Copilot
Measure eye movement to measure reading comprehension. HarmonEyes Reading Copilot responds to reading patterns in real time and delivers corrective actions that improve processing, comprehension, and learning. It even identifies and remediates previously undetected reading issues.
MODELS
See current Predict solutions — and what’s in the pipeline
HarmonEyes offers predictive eye-tracking solutions for multiple use cases. Check out what we’ve already developed — and what’s coming soon.
Attention
Interest
Fatigue
Gaze Control
Distraction (in development)
Emotion
Stress
Happiness (in development)
Positive/neutral/negative states (in development)
Cognition
Cognitive Load
Expertise — visual search, discrimination (in development)
Decision making (speed, accuracy)
Learning
Real-time reading comprehension (in development)
USE CASES
Explore Predict use cases
Check out these use cases based on real-time changes in a user’s physiology, attention, and perception.
Gaming
Explore and access new possibilities for interaction, immersion, and personalization for gaming experiences.
- Scale your game dynamically based on your players’ cognitive load and fatigue levels. Keep people engaged longer and boost game favorability by prioritizing players’ comfort, endurance, and performance.
- Create more immersive and interactive gaming environments with dynamic visual effects triggered by gaze fixation.
Training
Understand and optimize employee training and comprehensively assess performance.
- Personalize the training experience by understanding user attention and needs and adapting training flows accordingly — liking pausing or reviewing when trainees are overloaded or fatigued.
- Identify performance strengths and weaknesses and augment simulations to improve skill acquisition and decision making.
- Improve targeting, focus, situational awareness, decision making, and outcomes using real-time feedback based on users’ gaze fixation. Understand where trainees are looking versus where they should be looking with visual search confirmation.
Driver & Pilot Monitoring
Accelerate and augment training and create safer driving and flying environments by proactively addressing issues.
- Gain real-time insights on pilot/driver fatigue, cognitive load, and visual attention. Take immediate corrective actions — helping you make smart decisions and protect your people.
- Improve training effectiveness through objective performance assessments using eye movements.
- Ensure drivers/pilots look at the right place at the right time with visual search confirmation — enhancing flight safety and operational efficiency.
Reading & Learning
Revolutionize education and training by providing personalized, adaptive, and more engaging experiences for each individual learner.
- Respond to reading patterns in real-time and deliver corrective actions — improving processing, comprehension, and learning.
- Optimize training processes in enterprise organizations like law firms by understanding whether or not what’s being read is truly understood.
- Monitor students’ reading skills over time with tried-and-true reading assessments, enabling tailored individual learning experiences. Identify if a learner needs a reading specialist (or another kind of specialist, like vision) and improve test scores.
- Measure student interaction and engagement during lectures or lessons and customize learning materials.
Industrial Metaverse
Enhance user experiences across your enterprise organization and optimize various industrial processes.
- Proactively identify and mitigate fatigue risks before they impact employee performance or safety — i.e. alert workers to take rest breaks or rotate shifts when levels are high.
- Optimize employee training scenarios to maintain high levels of engagement and operational readiness. Simplify tasks or review complex material when employees are overloaded.
- Stop motion sickness before it affects your users, allowing for all to benefit from XR environments.
- Improve industrial product prototyping by assessing how users interact with virtual prototypes.
Market Research and Advertising
Use eye movements to gain advantage for diverse research and advance research across various disciplines, including marketing and advertising.
- Leverage existing eye-tracking AI/ML models and eliminate the need to conduct expensive and time-consuming data collection and model development.
- Determine how people react to advertising, apps, and websites and improve outcomes by conducting consumer behavior studies based on eye movements.
- Gain deeper insights into human perception and interaction with behavioral and cognitive studies.
Defense
Improve performance and safety with insights based on eye movements.
- Prevent soldiers from motion sickness, track their cognitive load and fatigue levels, and improve target effectiveness and overall team performance with eye movement-driven insights.
- Improve pilot and soldier simulations with predictive insights.
- Bolster solutions modeling and plan more effectively with cognitive load and fatigue awareness.
Contextual AI
Add eye movements to chatbots for interactions that adapt to everyone, with appropriate responses.
- Use eye-tracking models as inputs to LLMs to create adaptive, human-centered experiences tailored to environment, focus, and more.
- Detect cognitive overload via eye-tracking and provide simpler explanations or extra examples.
- Identify reading difficulties (like when a user re-reads a passage), adapt response speed and detail level, and offer follow-up questions.