Solution
What Is the Solution?
Solution
What Is the Solution?
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- Early Detection & Personalized Diabetic Foot Care—All in Just a Few StepsBaliston’s in-clinic diabetic solution delivers fast, AI-driven gait analysis to uncover early signs of neuropathy, ulcer risk, and balance dysfunction—right at the point of care.
- Real-World Biomechanics for Diabetic Risk Profiling Assess foot function, gaitline deviation, and toe-off efficiency in real-time to detect underlying gait changes that contribute to diabetic foot complications.
- Objective Metrics to Guide Preventive Care & Orthotic Prescription Leverage clinically validated data to support orthotic decisions, offloading strategies, and early intervention—backed by measurable, reproducible insights.
- Early Detection of Neuropathy & Fall Risk Patterns Identify abnormal stance/swing ratios, reduced toe clearance, and gait irregularities associated with peripheral neuropathy and fall risk, before visible signs emerge. nsoles and advanced gait analysis.
The result: early detection, proactive care, and fewer complications.
Key Metrics
Key Metrics Tracked
Gaitline Deviation
Trajectory of foot progression
Propulsion & Toe-Off Timing
Reveals push-off weakness
Foot Biomechanics & Pronation/Supination Patterns
Stride Length, Cadence, Variability
Built on how the patient truly moves, not just how they stand
Detect Gait Asymmetry
Identify uneven loading and early signs of instability
Ulcer Risk Estimation Score
AI-derived marker combining multiple gait variables
Why choose Baliston health's Diabetic Foot module ?
Seamless Clinical Integration
Easily embed Baliston’s AI gait platform into your daily workflow—no calibration, minimal setup, and results in minutes.
Objective Risk Profiling
Gain instant access to biomechanical metrics that reveal ulcer risk, neuropathy patterns, and balance issues—all from real walking data.
Faster Decisions, Better Care
Make quicker, data-backed decisions for orthotic prescriptions, follow-up strategies, and early intervention—directly from your exam room.
Application & Use cases
Track Friction Patterns and abnormal lateral movement that contribute to skin breakdown
Fall Risk Screening: Assess stride consistency, clearance, and gait stability to identify high fall-risk patients
Enable Early Intervention through data-driven orthotic adjustments and care plan updates
Support Ulcer Prevention by identifying high-risk patients before visible symptoms occur
Orthotic Evaluation & Tuning: Support prescriptions with live data and evaluate the impact of offloading devices or footwear modifications
Validation
Clinically Validated. Medically Trusted.
Baliston's in-clinic assessments are grounded in clinically proven sensor-based technology and algorithms used in published research, and real-world testing with over 200 million steps analyzed.
Clinical Technology Validation
Our gait analysis platform is powered by technology that has been validated in peer-reviewed studies, demonstrating over 95% accuracy versus lab-based gait systems.
Diabetes-Specific Validation
Clinical studies in diabetic populations using this technology have confirmed strong correlations between gait asymmetry, stride length, propulsion, foot progression angle, clearance, and gaitline deviation with increased risk of foot ulceration—supporting earlier, data-driven intervention in at-risk patients.