Three data streams. One intelligent design.
Traditional orthotics are built from a single static impression. FOOTZ is built from geometry, pressure, and motion — synthesized by AI into a design no human could calculate by hand.
What we measure
Each input alone tells part of the story. Together, they reveal the complete biomechanical picture.
3D Geometry
Sub-millimeter surface capture of the foot — arch height, heel shape, forefoot width, hallux angle, and navicular drop. The structural foundation.
Plantar Pressure
Dynamic pressure distribution across heel, arch, and forefoot zones — revealing where load actually concentrates during stance.
Gait & Motion
Step length, cadence, symmetry, rollover pattern, and center-of-pressure trajectory — how the foot behaves in motion, not just standing.
The Synthesis Engine
Where no other technology goes
Our AI synthesis engine is the core of what makes FOOTZ unique. It ingests all three data streams — geometry, pressure, and gait — and correlates them to generate optimized orthotic parameters: shell type, arch support, posting angles, medial skive, accommodations, and material selection. No other platform performs this multi-modal synthesis.
Beyond measurement — into diagnosis
FOOTZ doesn't just capture data. A dedicated AI layer interprets it, surfacing pathology, recommending design parameters, and verifying print-readiness.
Gait Pathology Classifier
Analyzes walking video to identify 12 recognized pathological gait patterns — Trendelenburg, steppage, antalgic, hemiplegic, parkinsonian, ataxic, and more — each with confidence scores, severity, and clinical follow-up flags.
- Per-pattern confidence and differential ranking
- Side-specific findings and bilateral comparison
- Evidence-backed clinician summary
Design Copilot
Synthesizes patient intake, scan measurements, gait metrics, and pressure data into a complete per-side orthotic recommendation — shell type, posting, accommodations, and materials — ready for one-click clinician approval.
- Multi-modal fusion of every data source
- Left and right independently optimized
- Transparent reasoning for every parameter
From a phone video to a 3D model
No specialized scanner? No problem. Our Video-to-3D pipeline uses AI-assisted frame analysis to estimate foot geometry from a simple walking video — lowering the barrier to entry for any clinic.
Capture without constraints
A walking video is all the input our AI needs to begin the design process — making FOOTZ accessible to any practice, anywhere.
Print-ready, guaranteed
Every generated STL is automatically inspected and repaired before it reaches the printer — so what's designed is what prints.
99%
Print success
3
Issue types auto-fixed
AI
Repair strategy
Mesh auto-correction before print
Generated meshes are automatically scanned for holes, non-manifold edges, and thin walls — then AI-patched to a recommended minimum wall thickness, dramatically improving print-success rate.
3D-printed for a perfect match
Additive manufacturing turns the verified digital design into a physical orthotic with exact geometric fidelity — repeatable, scalable, and free of the variability of hand molding.
0.1mm
Layer resolution
Parametric
Every zone tunable
AI-driven
Not hand-molded
Repeatable
Every reorder