AI That Sees Motion Medicine Forgot Existed
We transform invisible vibration into diagnostic intelligence across ENT, dentistry, orthopedics, and ophthalmology.
About Strobomed
Strobomed develops AI-powered optical systems that detect disease by analyzing subtle biological motion—micro-vibrations and functional changes often missed by traditional diagnostics. By turning motion into measurable data, Strobomed enables earlier, more accurate detection and better patient outcomes.
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How StroboX Turns Motion Into Diagnosis
Problem
Medicine observes what is static.
Disease starts in motion.
Solution
StroboX technology converts vibration into clinical intelligence using:
Light-based temporal sampling
AI-enhanced frequency modeling
Real-time non-contact measurement
Our Products
OtOX
Digital Stroboscopic Otoscope
OtOX measures how the eardrum actually moves, not just how it looks. By converting vibration into visible data, it enables earlier, faster, and more accurate detection of ear disease.
LaryngoX
Vocal Fold Analyzer
OtOX measures how the eardrum actually moves, not just how it looks. By converting vibration into visible data, it enables earlier, faster, and more accurate detection of ear disease.
EyeX
Corneal Micro-Vibration Scanner
EyeX captures subtle corneal motion that signals early ocular disease. By analyzing motion before structural damage appears, it enables proactive eye care and earlier intervention.
DentX
Implant Stability Scanner
DentX objectively verifies dental implant stability using optical resonance analysis. By eliminating guesswork and contact-based testing, it reduces risk and improves surgical confidence.
JointX
Ligament & Mobility Analyzer
JointX detects early joint instability by measuring micro-motion that precedes pain or structural damage. It enables functional assessment of ligaments and joint dynamics.
SkinX
Elasticity Diagnostic
SkinX transforms skin elasticity and healing response into measurable data. By quantifying micro-motion, it enables objective assessment of skin health, recovery, and aging.
Why It Matters
Earlier Detection
Identify functional abnormalities at their earliest stage—before visible structural damage occurs.
Higher confidence
Replace subjective interpretation with objective, motion-derived diagnostic data.
Lower Cost
Reduce unnecessary imaging, invasive procedures, and delayed interventions.
Better Outcomes
Enable timely, targeted treatment decisions that improve patient results.
We are building the diagnostic operating system for motion-based medicine.
A platform designed to detect disease where it begins — in motion.
- Turning vibration into diagnosis
- AI for medicine’s blind spot
- Where motion becomes data
blog insights
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From Structure to Function: The Future of AI-Powered Motion Medicine
Modern healthcare has mastered the art of seeing structure. Scans reveal organs, bones, and tissues
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Seeing What Others Can’t: How Micro-Vibration Analysis Is Transforming Clinical Diagnosis
Medicine has long relied on what can be seen, measured, and imaged in still frames.
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Why Static Imaging Misses Early Disease: The Rise of Motion-Based Medical Diagnostics
Modern medicine relies heavily on static imaging to detect disease. X-rays, MRIs, CT scans, and
See Motion-Based Diagnosis in Action
Request a clinical evaluation unit to assess StroboX in real-world conditions.
For clinical, research, and institutional evaluation only.