What would it cost to license or adapt this technology?+
The project was funded with EUR 3,332,585 in EU contribution across a 10-partner consortium. Licensing terms would need to be negotiated with the coordinator LYNKEUS (Italy, SME). As an EU-funded project, results may be subject to open access obligations, but commercial licensing of specific tools is typically handled by the IP-holding partners.
Can this scale beyond dance to other movement training applications?+
The core technology — motion capture, AI-based similarity search, real-time feedback, and adaptive personalized learning — is movement-generic. The project explicitly built tools for capture, cataloguing, analysis, and synthesis of body motion. Adapting to sports training, physiotherapy, or animation would require new movement libraries but the underlying platform architecture transfers.
Who owns the intellectual property?+
IP is distributed among the 10 consortium partners across 7 countries (DE, EL, ES, FR, IT, NL, UK). The coordinator LYNKEUS is an Italian SME. Specific IP ownership depends on which partner developed which component. Contact the coordinator for licensing details on specific modules.
What was actually built and demonstrated?+
The project delivered a proof-of-concept motion capture repository with similarity search enabling interpolation, extrapolation, and synthesis of dance movements. They also built immersive real-time training interfaces with assessment and feedback, plus evaluated 3D holographic display methods for immersive body-movement visualization. A total of 46 deliverables were produced.
How mature is this technology for commercial deployment?+
The project explicitly describes its output as a proof-of-concept. The hardware assessment deliverable evaluated 3D holographic and non-holographic display methods for their suitability. This places the technology at demonstration stage — functional but requiring further engineering for commercial product readiness.
Is there regulatory compliance needed for movement tracking?+
Based on available project data, no specific regulatory certifications were mentioned. However, commercial deployment involving body tracking would need to address GDPR for biometric data processing in the EU, particularly if the system captures and stores identifiable movement patterns of individuals.
What technical infrastructure is needed to run this?+
The system requires motion capture hardware, processing infrastructure for AI-based movement analysis, and display technology for immersive feedback. The project evaluated multiple 3D holographic and non-holographic volume display methods. The EuroSciVoc keywords include mobile phones, suggesting some components may work on consumer devices.
