What would it cost to license or integrate these safety technologies?+
The project was funded with EUR 7,999,670 across 21 partners. Licensing terms would need to be negotiated directly with the consortium members, particularly the coordinator IDIADA Automotive Technology and the 11 industry partners involved. As a publicly funded RIA project, results may have favorable licensing conditions for European companies.
Can these systems work at industrial scale in production vehicles?+
The project produced 4 vehicle demonstrators — working demo cars with real sensor configurations, detection algorithms, and emergency braking/steering systems. These are functional prototypes tested in controlled conditions, not yet production-line components. Scaling to mass production would require engineering for cost, reliability, and automotive-grade certification.
Who owns the intellectual property from this project?+
IP is distributed among the 21 consortium partners across 10 countries, with 11 industry partners and 6 universities. Under Horizon 2020 rules, each partner typically owns the IP they generate. IDIADA Automotive Technology SA coordinated the project and would be the first point of contact for licensing discussions.
Does this meet current automotive safety regulations?+
The project developed safety assessment methods specifically designed for connected and automated vehicles in mixed traffic. Their C-ITS communication system uses ETSI protocols, which is the European standard. However, regulatory approval for specific vehicle implementations would still require type approval under UNECE or EU regulations.
How long before these technologies could be in production vehicles?+
The project ran from 2020 to 2023 and produced working vehicle demonstrators. Based on typical automotive development cycles, integration into production vehicles would require 2-4 additional years of engineering, validation, and certification. Some components like the sensor algorithms and C-ITS warning system are closer to deployment than the full integrated systems.
Can this integrate with existing ADAS platforms?+
The active safety demos were built on real vehicles with trajectory prediction, planning, and control algorithms for combined automatic emergency braking and steering. The modular demo approach — separate demos for weather detection, trajectory control, and C-ITS warnings — suggests components could be integrated individually into existing ADAS architectures rather than requiring a full system replacement.
What evidence exists that this actually reduces accidents?+
The project claims their technologies address 64% of all road fatalities by covering pedestrians, cyclists, and powered two-wheelers in urban areas through active safety, and car occupants in non-urban areas through passive safety. Their safety assessment methods were designed to quantify these benefits, though real-world deployment data would require post-market monitoring.
