The project aims to further develop the Look At Me platform through implementation of new video analysis functions based on artificial intelligence, the customization of the user experience from the perspective of statistical analyses of performance, and the improvement of the capacity for managing and monitoring sports centres.
The patented technology application called TRAILS transforms every street light into an IoT device that is intelligent and interconnected, thanks to the gathering of sound information combined with the use of artificial intelligence.
The TRAILS dispersed application helps reduce wastage of light and energy in street lighting by over 40%, supplying only the necessary quantity of light where and when needed.
SINTERIA SRL is an innovative startup established in 2021 from the Additive Manufacturing division of the company Controllo Qualità srl. Its aim is to become a benchmark company in the development of new materials for the additive manufacturing world.
Our daily mission is to provide advanced services that improve the efficiency of additive manufacturing processes.
Similla offer innovative digital solutions for the development of advanced materials in hi-tech applications.
Similla integrates virtual models, artificial intelligence, and big data in order to accelerate the design of materials and innovative processes for critical applications in sectors of significant technological impact like: advanced manufacturing, health (biomedical devices, biomaterials), energy (batteries and storage, solar power, etc.), the environment, and agri-food (sensors, etc.).
ZENIT's business idea of Smart Polycrystals is based on the production and sale of polycrystals for the solid state laser (SSL) machine market.
Existing SSL systems have high manufacturing costs and the machines are heavy and bulky. These laser beams are generated by a single-crystal that heats up locally during laser emission, causing the temporary deformation of the crystalline cell, degrading the quality of the beam and reducing its efficiency.
eSteps acts to counter increasing motor disability in the lower limbs, providing monitoring solutions before, during, and after hospitalization. It applies biomechanical and telerehabilitation protocols along with sports telemonitoring. These combine with hi-tech customized, sustainable solutions that prioritize patients and sportsmen.
