VestibularVision: Precision Assessment for Vision and Balance

VestibularVision offers a comprehensive toolkit for professionals dealing with visual and vestibular assessments. With precise measurement tools and visual models, it supports optometrists, ENT specialists, and therapists in diagnosing and managing visual-vestibular interactions. Enhance your clinical efficiency and patient outcomes today. Explore the potential of VestibularVision.

Scientific and Clinical Foundation

VestibularVision is based on decades of established research in optics and vestibular science, drawing on principles described in peer-reviewed scientific and clinical literature. The app turns these principles into a practical, point-of-care instrument, giving you a structured way to bring research-grade concepts into routine clinical workflows.

Who Is VestibularVision For?

VestibularVision is intended for qualified professionals working where vision and balance meet, including:

• Optometrists and ophthalmologists
• ENT and otoneurology specialists
• Vestibular and neuro-otology therapists
• Other clinicians involved in dizziness, imbalance, or visual–vestibular assessment

It integrates naturally into multidisciplinary teams by providing a shared, quantitative basis for describing visual–vestibular interaction, supporting interdisciplinary referrals, reports, and case discussions.

Measurement and Visualization Tools

Diplopia Offset Measurement

Quickly measure and document perceived image displacement by having the patient align a movable reference point with their secondary image. As you adjust the point, VestibularVision provides:

• Live numerical deviation values
• Clear indication of magnitude and direction
• Consistent output for follow-up comparisons

This supports baseline assessment, monitoring of change over time, and pre/post comparisons for interventions such as prism trials, vestibular rehabilitation, or surgical planning.

Prism Calculation Tool

Convert measured deviations into prism values tailored to real-world viewing conditions. By entering object distance and deviation direction, you receive:

• Horizonal and vertical prism requirements
• Base direction information
• Values that can be incorporated directly into optical prescriptions, trial frames, or clinical notes

This makes it easier to communicate with opticians, optometrists, ophthalmologists, and other team members using a shared, quantitative prism language.

Visual Field Visualization Model

Estimate and visualize the effective visual field under a given prism correction. Using total prism and lens diameter, VestibularVision generates a visual field model that helps you:

• Contextualize how prism may alter functional visual field
• Relate findings to commonly referenced WHO visual field thresholds
• Explain potential field changes to patients and colleagues

This is particularly helpful when considering prism for patients with balance issues, falls risk, or mobility concerns where field changes may be clinically relevant.

Comprehensive Support and Resources

VestibularVision includes a detailed in-app manual that:

• Explains the underlying measurement principles
• Reviews key optical and vestibular concepts
• Outlines frameworks for interpreting measurement outputs

Additional technical notes and background information are accessible through embedded web resources, supporting deeper understanding for advanced users and teaching environments.

Bilateral and Non-Reflex-Based Use

Unlike reflex-based vestibular tests that rely on asymmetries, VestibularVision provides static, non-invasive measurements that remain usable even when both sides are affected. This makes it applicable in clinical scenarios such as:

• Bilateral vestibular involvement
• Compressed or symmetrical vestibular dysfunction
• Limited or absent reflex asymmetry

Measurements can be applied to both optical and vestibular-related visual effects, whether or not manifest diplopia is present. All outputs are presented as numerical data and visual representations, to be interpreted within your clinical framework and professional judgment.

Designed for Multidisciplinary Practice

VestibularVision is built to support:

• Accurate, repeatable measurement for longitudinal tracking
• Structured documentation that can be incorporated into reports, EMR notes, and referrals
• Clear visualizations that make complex findings easier to communicate across disciplines

By increasing measurement transparency and visual clarity, the app enhances shared understanding within the care team while leaving all diagnostic and therapeutic decisions firmly with the professional user.