Load patterns
Understand where each foot takes the most pressure.
By the time your feet hurt,it’s weeks too late.
Spot foot changes early and act before they get worse. Mi Terro Smart Socks track pressure, temperature, gait, and activity throughout your day.
The problem is silent until it hurts.
Pressure, heat, gait, and activity reveal the change before pain becomes the warning.
Heat shifts
Compare left and right foot temperature trends.
Stride changes
Spot changes in movement and symmetry.
Daily movement
See how movement relates to the signals you track.
Running
Run faster. Stay ahead of injury.
See how each foot loads on every run so you can refine your stride, train for speed, and spot overuse before it sidelines you.
Next step Adjust your training before overload builds.
Diabetes
The ulcer you can’t feel starts as heat you can’t see.
Neuropathy hides the warning signs. Your socks flag the hot spot days before the skin breaks — while it’s still preventable, not a hospital visit.
Next step Check a new hot spot and seek care when needed.
Falls
Catch the walking change before the fall.
Falls usually have warning patterns: shorter steps, slower pace, weaker balance, and side-to-side drift. See the change early enough to adjust care, exercise, or support.
Next step Talk through a changing gait with your care team.
Sports recovery
Recover smarter before the next session costs you.
Hard days leave clues in load and symmetry. Know when your foot is ready to push again before a small setback turns into lost weeks.
Next step Compare today’s load with your usual pattern.
High-tech sensing. Normal-sock care.
Wear them like regular socks, remove the module before washing, and keep daily foot insight without adding another device to your routine.
Textile-integrated sensingDetachable moduleMachine-washable sockMulti-day battery design
Black. Navy. Cream.
Pick the color that fits your day.
Physical AI needs real movement data.
Foot-level data can help train humanoids, exoskeletons, rehab systems, and mobility AI on how humans load, balance, and move in the real world.
PressureTemperatureGaitActivity
Check the evidence.
Published diabetic-foot, temperature-monitoring, and fall-prevention research shapes what we measure and how we explain it.
IWGDF
Diabetic-foot risk
International guidance links daily foot checks, risk awareness, and earlier action.
Read guidance → DIATEMPHeat as an early signal
At-home temperature monitoring is studied because inflammation can appear before skin breaks.
Read study → CDCMobility and fall risk
Fall prevention starts with spotting risk factors early and acting before injury.
Read guidance →User Testimonials
“I can’t always feel when something is changing in my feet. Seeing pressure and temperature trends would help me know when to check in with my care team.”
“I want to train hard and recover well. Understanding how much load each foot takes would help me make smarter decisions between workouts.”
“Small changes in my stride are easy to miss. I’d use that insight to adjust my training, avoid injury, and keep working toward a faster run.”
Built by a team that knows hardware and care.
Fortune 500 hardware and AI experience meets expertise in textiles, fitness, and diabetes care.
Rob L.
Founder and CEO · Three exits. Leads product and partnerships.
Chris H.
CTO · Stanford-trained mechanical engineer leading sensor hardware and device design.
GD Z.
Head of Engineering · Stanford-trained AI researcher developing gait and pressure intelligence.
Ethan H.
ANTA materials R&D experience. Leads textile comfort and manufacturing.
David A.
USC professor and diabetic-foot specialist. Guides clinical relevance and evaluation.
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