AI Mov-Scan. Inside the insole.
Advanced motion sensors with embedded AI capture movement for platform analysis.
AI Mov-Scan captures movement. The platform analyzes the data and generates the Full Clinical Report. Balia explains the findings. In three minutes, you have the report; the clinical decision stays yours.
AI Mov-Scan captures motion in the patient’s footwear. The platform computes supported biomechanical parameters for practitioner review, alongside the clinical examination.
The platform is built on the tight integration of two AI tools that share one purpose — give the practitioner objective movement data, structured into clinical insight, in seconds. AI Mov-Scan captures and translates the movement. Balia interprets it.
The insole equipped with AI Mov-Scan captures acceleration and orientation using advanced motion sensors with embedded AI. The platform analyzes the captured data and computes supported biomechanical parameters. It does not measure plantar pressure.
Your conversational AI assistant, at the heart of the platform: it cross-references AI Mov-Scan data with patient history and reported symptoms — surfacing evidence-based correlations and suggested care pathways, always for the practitioner to validate.
Advanced motion sensors with embedded AI capture movement for platform analysis.
Fit the insole equipped with AI Mov-Scan and follow the setup for the selected assessment.
Select the analysis and follow its capture protocol.
In three minutes, you have the Full Clinical Report. Available parameters depend on the analysis.
Review the findings alongside the examination and discuss them with the patient.
Cross-references the session against the patient's history. Surfaces what matters. Hands the decision back to you.
Advanced motion sensors with embedded AI capture movement for platform analysis.
Fit the insole equipped with AI Mov-Scan and follow the setup for the selected assessment.
Select the analysis and follow its capture protocol.
In three minutes, you have the Full Clinical Report. Available parameters depend on the analysis. Review the findings alongside the examination and discuss them with the patient.
Cross-references the session against the patient's history. Surfaces what matters. Hands the decision back to you.
Walk, Run, Jump and Neuro support different movement assessments. Select the appropriate analysis and protocol; available parameters and features depend on the analysis and configuration.
The platform's foundational analysis. Captures acceleration and orientation across natural overground walking — translated into objective biomechanical data the practitioner can compare across visits, sides, and sessions.
Review running movement findings using the selected capture protocol. Available parameters support practitioner-led assessment in sports medicine and movement review in nonclinical Performance & Conditioning.
Review available findings from hop and jump assessments in clinical or nonclinical performance contexts. The practitioner selects the protocol and interprets the findings; the platform does not clear an athlete to return to play.
Review available walking findings and supported comparisons over time alongside the neurological examination and patient history. The practitioner determines whether the protocol is appropriate; the platform does not diagnose a condition or predict a fall.
Every deployment runs the same platform, the same Balia, and the same validated AI Mov-Scan sensors. What changes is the form factor — sized to fit how your practice actually works.
AI Mov-Scan Kit — suitcase, pods, insoles
Gait Lab Mini — standalone touchscreen station
Full station — treadmill, large display, kiosk
Review the applicable regulatory and data-security documentation with your procurement team. Confirm the intended use and configuration for your practice before deployment.
Ask our team about the information relevant to your intended deployment:
30 minutes with our team — the capture, the Full Clinical Report and Balia, on cases from your specialty.
Book a demo