Stridalyzer PRISM & Stridalyzer INSIGHT Documents
See who’s already using Stridalyzer technology for Research
Vanderbilt and Johns Hopkins combined research project is working with patients that have had lower-limb surgery, to study the biomechanical factors that accelerate or impede post-surgical recovery. This requires remote-monitoring patients’ load-bearing through the day, for several weeks.
Tel Aviv Medical Center, in collaboration with Owlytics, is using Smart Insoles and our SDKs to develop customized applications to remote-monitor elderly with heightened risk of falls and other mobility problems, to determine any degradation in their mobility and health.
University of Western Australia uses a host of our products and solutions and also builds its own applications using our SDK, for elderly fall-risk analysis, diabetic gait screening, rehabilitation, as well as screening and testing for various other neuro-mechanical problems that affect gait.
Loughborough University is using our insoles, software and raw data export ability to analyze impact of various sports injury on the form, gait, efficiency and performance of athletes.
And several others, like below, that have confidential projects:
Build Your Own Application Using Our Insoles!
Alex, a researcher from Univ. of Western Australia, built this app within a day of receiving Stridalyzer PRISM Development Kit. What will you build?
Whether you are a gait researcher looking to study human motion, a sports analytics firm looking to enhance your existing sensing solutions, or a managed-care provider looking to build tele-health systems, our sensor insoles can easily integrate with your software.
Our Development Kits provide powerful APIs to control every aspect of the insole pressure and motion sensing & data transfer and come complete with several analytics functions to ease your application development. We also provide example apps for iOS and Web Bluetooth, so that you can get started with your development in minutes!
Dev Kits are only available for Stridalyzer INSIGHT and Stridalyzer PRISM
The Development Kits Contain:
- 2 Pairs of Sensor Insoles
- Libraries for iOS, Android, Windows & Mac
- Perpetual license for the Libraries
- Example App for Android, iOS and Web Bluetooth
- Developer support for 1 year
Key Features of the SDK Libraries:
- Built in native-C to enable super-fast real-time computations.
- Patent-pending algorithms for pressure & IMU sensor data fusion.
- Provides access to individual sensor data in real-time.
- Provides several per-step analysis (e.g. peak-load in each step).
- Provides gait phase analysis details.
- Provides summary analysis for a period of time (programmatically controllable).
- Contains calibration algorithms to allow in-field calibration.
- Controllable streaming data rate upto 100Hz per foot.
Why Stridalyzer Technology?
Description | Other Sensor Insoles | Stridalyzer Insoles | Other Pressure Platforms | Stridalyzer FORCEPLATE |
| Static Analysis (Loading, Posture etc) | ✅ | ✅ | ✅ | ✅ |
| Gait Analysis (Loading, Gaitline, Weight Shift, GCT, cadence etc) | full dynamic | full dynamic | partial dynamic | partial dynamic |
| Sensing | pressure | pressure | only pressure | only pressure |
| Max Sensor Count & Density (per Insole) | 50-200; various | 90; 15mm x 15mm | 50-200; various | 125 |
| Long-term Monitoring (Ability & Comfort) | ❌ heavy/wired | ✅ lightweight, fully wireless | ❌ | ✅ lightweight, fully wireless |
| In-Field Usage | ❌ computer-based software | ✅ | ❌ | ✅ |
| Integrated Patient Data Management | partial | ✅ | ❌ | ✅ |
| Integrated Rehab Tools | ❌ | ✅ | ❌ | ✅ |
| Raw Data Option for Research | ✅ | ✅ | ❌ | ✅ |
| Integrated 3D-Modeler & Insole Builder | ❌ | ✅ | ❌ | ✅ |
| Full System-Pricing/Year | $5000-$15000 | <$1000 | $2000-$30000 | $1000 |
| Avg Cost of Analysis/Customer | >$50 | $5 | ~$5 | ~$1 |