Diabetic Foot
Prevent complications before they appear—through real-world gait monitoring and AI-driven alerts
%202.png)
AI
Diabetic foot ulcers (DFUs) are a leading cause of hospitalization and limb loss in people with diabetes. But before the skin breaks down, the body gives signals—in how we walk.
Baliston captures those biomechanical signals in everyday life using smart insoles and advanced gait analysis.The result: early detection, proactive care, and fewer complications.
.svg)
Walk Orthotics
StrideAI Walk orthotics is the world's first orthotics recommended by dynamic 3D gait assessment.
By combining the latest AI technology with advanced functional orthotic features, these orthotics are uniquely adapted to the way you walk, providing a truly customized experience.
With this cutting-edge technology, you can experience relief from common walking pains and prevent further discomfort.
.svg)
.svg)
Run Orthotics
StrideAI Run Strike orthotics is the world's first orthotic system recommended through dynamic 3D gait assessment using advanced AI technology.
It creates a customized experience by analyzing your running pattern and recommending functional orthotics tailored to your strike pattern needs.
Stride AI orthotics can be customized to provide support and correction for various run strike patterns, including heel strike, midfoot strike, and forefoot strike. Each type of foot strike can cause different issues for runners, and Stride AI's orthotics are designed to address those issues specifically.
.svg)
.svg)
Why
These changes often begin subtly—with shifts in balance, propulsion, or foot pressure that go unnoticed in routine check-ups.
Baliston Health detects these early biomechanical signals in real time, enabling proactive intervention and personalized care.
Loss of sensation increases injury and ulcer risk
Reduced blood flow delays healing and detection
Altered walking patterns stress vulnerable foot areas
Silent damage can lead to severe complications
How
Walk/Run
Invite your patient or athlete to engage in walking or running activities while wearing the Baliston Health insole, empowered by Mov-Scan technology.
Analyze
Our system meticulously gathers motion data, subsequently generating a tailored orthotic recommendation for optimal support and comfort.
Customize
Effortlessly fabricate the insole in accordance with the sophisticated recommendation provided by the interface, ensuring a personalized fit and enhanced performance.
How
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Suspendisse varius enim in eros elementum tristique. Duis cursus, mi quis viverra ornare, eros dolor interdum nulla, ut commodo diam libero vitae erat.
Clinicians use a smartphone or tablet to capture a 3D scan of the foot directly within the Baliston platform, mapping the shape and volume needed for comfort and fit.
Patients wear Baliston smart insoles while walking or running, capturing pressure distribution, foot progression angle, asymmetries, pronation/supination, and more.
The software combines both static and dynamic data, along with the shoe type, to generate a precision orthotic design.
Each orthotic is 3D printed with premium materials and a heat-moldable base, allowing clinicians to make final adjustments during fitting.
How
Baliston Health’s Diabetic Monitoring & Ulcer Prevention module empowers care teams to remotely track movement patterns and detect early signs of diabetic foot complications—before they become wounds. Using smart insoles and advanced AI gait analysis, this RPM-ready solution brings real-world visibility into patient mobility.
🔍 Gaitline & Foot Biomechanics: Track propulsion changes, irregular foot paths, and imbalances linked to ulcer risk.
🧠 Neuropathy Indicators: Detect early warning signs like reduced toe-off, timing shifts, and inconsistent stride patterns.
⚠️ Fall Risk Factors: Monitor stride variability, clearance reduction, and stability loss in real-life walking.
📈 Activity & Adherence: Follow step count, intensity, and adherence to care recommendations—all remotely.
Dashboard with real-time metrics and trends
Ulcer risk scoring based on biomechanics and behavior
Deviation alerts from patient-specific baseline
RTM-ready reporting for reimbursement and clinical documentation
Fully remote care capability with FDA-registered technology
Receive in-app messages like:
“Try shorter walks more often — stride length has dropped 10% this week.”
Stay informed and engaged between visits
Reduce clinic visits with confidence and control over their care
Walk safely, with peace of mind
1. Patient wears Baliston smart insoles daily (comfortable, <4mm thick and washable)
2. Movement data automatically captured during patients day-to-day activity
3. Insights delivered to the provider via a secure dashboard
-> Alerts triggered if risk markers are detected
-> Reports support clinical decision-making and RTM billing
App
High-risk diabetic patients
Catch ulcer risk before onset
Post-ulcer wound prevention
Monitor healing, avoid recurrence early
Neuropathy management
Detect sensory loss through gait
Assisted living monitoring
Track mobility decline in residents
Preventive podiatry programs
Screen gait to prevent complications
Plan
Base model to support walking activities with lower intensity. Adapted for lighter stride
Base model to support walking activities with medium intensity. Adpated for medium strides
Base model to support walking activities with a higher intensity. Adapted for stronger strides
Base model to support running activites. Adapted for runners striking the ground with the rear part foot or heel
Base model to support running activites. Adapted for runners striking the ground with the mid-foot
Base model to support running activites. Adapted for runners striking the ground with the forefoot or toes
Get access now to 5 use cases of walking & running analysis
Get access now to 5 use cases of walking & running analysis
Digitsole Pro is an AI-based solution to analyze musculoskeletal disorders and improve patient outcomes.
