Ases will develop an innovative design in order to put on the market a new “medium” energy source system with high integration scale and low cost package. This new smart device is aimed at autonomous fixed or mobile stand-alone applications to ensure their energy autonomy. Today millions apparatus like toximeter,...
Adoras will develop an advanced onboard data recording and analysis system which will be used as a recording, monitoring, and alert system for improving human, vehicle and road safety on the railways.
Ingenisense project aims to create a framework for developing smart sensors to easily operated and a cloud-based platform for big data infrastructure management and provisioning machine learning applications as reusable assets.
Ai@pp will develop bluetooth and sensing devices lora related to artificial intelligence (ai) models to serve for the improvement of key performance indicators (kpis) such as time, energy consumed, final product quality in automated production plants.
Vlc4as is developing an innovative technological solution for vehicle-to-vehicle communication. The innovation will be based on the visible light communication (vlc) systems, a wireless optical communication technology which makes use of the solid state lighting devices, more commonly known as led lamps for data...
Christmas will develop and demonstrate cutting-edge mm-wave radar systems that enable the realization of future autonomous vehicles, machinery, and other related applications. We have assembled a world-class consortium with partners from each level of the complete value chain addressing all critical issues that are...
Sap4ma aims the development of a printed active device using nanomaterials to produce smart packaging solutions for margarine targeting the extension of the shelf-life of the packed margarine through the controlled release of active natural antioxidant agents at the onset of the food degradation process.
Apese is developing smart electronics to serve for the improvement of key performance indicators (kpis) in automated production plants based on a digital twin approach.
Imase will develop an innovating technological solution for industrial locks. The innovation will be based on the visible light communication (vlc) technology, one of the sophisticated ocular wireless contact technologies inculcates light in the visible spectrum (375nm to 780nm) as a means for data transference.
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