Useful smart insole
A personal mobile gait analysis system that analyzes your daily steps 24 hours a day
Convenience and medical device expertise
About Us
A company that provides smart insole, services, and technology to a wide range of customers.
Development of core technologies
A smart insole that is useful for personal use cannot be developed by combining technologies that exist in the market, and ThreeLabs has developed several core technologies directly.
Creating a smart insole market
Smart insoles are evolving into Digital Therapeutics for various diseases, as they can provide disease-specific walking exercise prescriptions, check whether the prescription is being implemented, and confirm the effectiveness.
Once a useful product that can meet market demands is developed, the market size is expected to be larger than that of smartwatches.
Products and Services
Smart insole footLogger.
Digital pressure sensor, accelerometer, gyro sensor, Bluetooth wireless communication, wireless charging, up to 50,000 steps storage, individual stride length measurement. Works without a smartphone.
Wireless charger for footLogger.
Wide wireless charging gap (50mm) that can charge smart insoles placed in thick-soled shoes, and automatically upload walking data stored in the smart insole to the analysis server when wirelessly charging
Gait Cycle Analysis
Walking speed, Stride length. Cadence, Swing phase, Stance phase, Loading response, Heel pitch, Midstance
Dynamic plantar pressure analysis
Pressure map, Pressure balance, Pressure time duration, CoP, Time-Force curve
Gait Analysis Report
A doctor, physical therapist, or exercise therapist trained in gait analysis interprets/explains the report to the subject.
Smartphone App
A general-purpose smartphone app designed for a specific purpose.
What is a useful personal smart insole ?
It can measure gait indices used academically/medically, such as those required for medicine/healthcare/sports, etc.
The measured gait parameters are accurate and reliable.
A smart insole that can be easily used on a daily basis and meets market demands.
To be useful,
- In order to use it in medicine/healthcare/sports, etc., it must be able to measure standard gait indices currently used academically/medically.
- The measured indices must be accurate and verified to ensure their accuracy.
To be personal,
- It should be easy to use on a daily basis.
- It should be comfortable to wear and durable.
- Waterproof, washable.
- Charging should be hygienic and easy.
- At least 24 hours of continuous gait data collection.
- Data collection should be possible without a smartphone.
- Data collection and transmission should be automated without user intervention.
- Calibration of built-in sensors should be unnecessary or automated.
- It must be at a price level that individuals can purchase.
If any of the above are not met, it is not useful !!!
Smart insoles ?
Insole with smart sensor technology installed inside.
Wearable devices with various sensors to monitor and analyze a user’s walking patterns, stride length, foot pressure distribution, posture, weight distribution, etc.
Used in healthcare, sports, rehabilitation, and more.
Key Features
- Actual measurement of individual strides and walking speed
- Gait cycle analysis
- Dynamic plantar pressure analysis
- Gait balance assessment
- Gait variability assessment
- Abnormal gait assessment
Applications
- Medical & Rehabilitation
- Evaluation of therapeutic efficacy
- digital therapeutics
- ness, sports
- Life log
- Industrial Safety
- Military
- Game and VR integration
- Wearable Robot
Technologies
- Durable, low-power pressure sensor
- Accelerometer
- Gyro sensor
- Bluetooth wireless communication
- Wide-spaced wireless charging (considering shoe midsole thickness)
Clinical studies with footLogger
Validation
Evaluation of Ergonomic Performance of Medical Smart Insoles
Predicting Energy Expenditure
Predicting Energy Expenditure During Gradient Walking With a Foot Monitoring Device
Scoliosis
The Usefulness of a Wearable Smart Insole for Gait and Balance Analysis After Surgery for Adult Degenerative Scoliosis
Stroke
Clinometric Gait Analysis Using Smart Insoles in Patients With Hemiplegia After Stroke
Parkinson
Diagnosis of degenerative brain diseases using smart insole. Parkinson’s, dementia, etc.
Alzheimer
Smart Insole-Based Classification of Alzheimer’s Disease Using Few-Shot Learning Facilitated by Multi-Scale Metric Learning