Kineability provides an AI‑driven, markerless motion capture platform that records human movement using computer‑vision algorithms, eliminating the need for wearable markers, suits, or external sensors. The system integrates with existing marker‑based pipelines and delivers accurate skeletal tracking for up to eight subjects, cutting post‑processing time by up to 95% for research labs, clinical centers, and sports performance teams.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional motion capture relies on wearable markers, suits, or multiple sensors, which are time‑consuming to set up, intrusive for subjects, and require specialized expertise. This limits the scalability of movement analysis in research labs, clinical settings, and sports performance environments.
Solution
Kineability offers an AI‑driven, markerless motion capture system that records human movement using computer‑vision algorithms without any physical markers or suits. The platform can integrate into existing marker‑based workflows, allowing users to adopt the technology without overhauling their pipelines. Trained on precisely labeled anatomical bone data, the system delivers accurate skeletal tracking for up to eight subjects simultaneously. Automated analysis reduces processing time by up to 95%, enabling faster data turnaround for researchers, clinicians, and performance coaches.
Target Audience
Primary customers are biomechanics research labs, clinical gait or rehabilitation centers, and sports performance teams that require high‑fidelity movement data without cumbersome hardware.
Features
- Purely vision‑based capture eliminates the need for suits, markers, or external sensors
- Compatibility layer that works with established marker‑based research pipelines
- Deep‑learning models trained on high‑precision anatomical bone annotations for reliable joint tracking
- Multi‑subject capability supporting up to eight participants in a single capture session
- Automated post‑processing pipeline that cuts analysis time by up to 95%
- Scalable deployment across laboratory, clinical, and sports performance environments