Evidence That
Compounds Over Time.

A within-participant biomechanical study of adults with knee osteoarthritis, using the markerless MAI Motion platform to compare no brace, an inactive brace and active offloading during sit-to-stand and squat — showing that objective measurement can distinguish wearing a brace from engaging its offloading.

Objective capture distinguished active offloading from an inactive brace

A multicentre prospective study tracking 150 primary total knee replacements for up to a decade — reporting durable fixation, sustained function, and stable radiographic outcomes.

Durable fixation and stable radiographs at 10 years across 150 TKRs

An industry-academic programme led by MSK Doctors with KYMIRA and the University of Chester, translating smart textile technology into objective musculoskeletal monitoring.

£480k Biomedical Catalyst award for smart-textile musculoskeletal monitoring

A peer-reviewed study that turns ordinary RGB video into objective motion-based biomarkers — using 3D mesh recovery and principal component analysis to find which movement features change measurably after a knee injection, validated against pre- and post-treatment data from 20 adults with knee pain.

Single-camera motion biomarkers changed measurably after knee injection

The foundational study comparing marker-less RGB-D capture against the marker-based Knee Kinesiography system during treadmill gait — showing that strapping hardware to the leg suppresses knee flexion range by 10–15°, and that marker-less capture measures walking closer to how it naturally happens.

Leg-mounted hardware suppressed knee flexion range by 10–15°