A 10-minute assessment that captures how the brain is functioning through the eyes. Non-invasive. Objective. Immediate results.
Cognitive function reflects how the brain processes information in real time: how we focus, remember, decide, and respond. These processes are supported by specific brain networks. When those networks are engaged by cognitive tasks, their activity is expressed through the eyes.
Eye movements and pupil responses are controlled by the same brain networks that support cognition. Pupil dilation reflects cognitive effort. Fixation duration reflects how much processing the brain is dedicating to a piece of information. Saccade timing reveals how decisions are being made. These signals are continuous, involuntary, and measurable.
ViewMind captures these signals during validated cognitive tasks, producing a simultaneous measure of physiology and cognition. That combination is what makes it possible to detect subtle functional changes that task scores alone cannot reveal.
The patient completes short visual tasks inside the headset. Each task activates specific brain networks.
Non-invasive · 10 minutes · Self-guided · No physician required to administer · Immediate results
The patient completes short visual tasks inside the headset. Each task activates specific brain networks.
During each task, ViewMind captures high-resolution eye movements and pupil responses as continuous physiological signals.
Proprietary algorithms translate oculomotor data into objective metrics of brain function across multiple cognitive domains.
Results are delivered in a clear, actionable clinical report to support interpretation, monitoring, and follow-up.
Non-invasive · 10 minutes · Self-guided · No physician required to administer · Immediate results
The oculomotor signal, moment to moment
Eye movements and pupil responses provide a continuous physiological readout of brain function during the task:
Saccade latency: speed of visual decisionFixation duration: time the brain dedicates to processing informationPupil dilation: cognitive effort and resource allocationSmooth pursuit accuracy: oculomotor control integrityPerformance patterns across the task
How the patient interacts with the task over time reveals decision-making dynamics:
Response accuracy: correct and incorrect sequencesHit rate and error patterns: decision quality under loadTask completion dynamics: how performance changes as cognitive demand increasesViewMind captures both levels simultaneously. A patient can perform a task correctly while physiological signals indicate the brain is working harder to achieve it. That gap is where early functional change lives.
ViewMind uses advanced cognitive tasks designed to assess specific brain functions. Each task activates targeted brain networks, and those responses are captured through eye movements.
Working memory
Holding and updating information under increasing load.
Executive control
Suppressing automatic responses and maintaining focus.
Processing speed & attention
Making rapid visual decisions.
Memory
Encoding and retrieving information.
Each task generates domain-specific insights that together create a complete patient profile.
Proprietary algorithms integrate the physiological and behavioral data from the assessment, transforming raw oculomotor signals into interpretable cognitive constructs. The result is a structured clinical report available immediately on the ViewMind portal.
Overall performance relative to a normative population matched by age and education
Processing Speed, Executive Function, Working Memory, Short-Term Memory, Selective Attention, Sustained Attention, Spatial Perception
Each domain result linked to modifiable factors the clinician can act on
The same patient tracked across visits, with visible change
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