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Full ocean trace metal mapping probe

eurostars

DEEPTRACE’s consortium aims to develop and market a rugged, three-channel system able to monitor in situ the bioavailable forms of 6 hazardous trace metals (Hg, As, Cd, Pb, Cu, Zn) using state-of-the-art bio-analogical sensors. Metal release in aquatic systems is a global issue, DEEPTRACE will provide reliable and highly sensitive readings, providing a unique system for effective implementation compliance of the EU Directives for sustainable management and exploitation of marine ecosystems [1].

Develop a digital service to improve care and quality of life in patients with Rheumatoid Arthritis

eurostars

B4.0 represents a new generation of digital health tools designed to help people manage chronic illnesses – algorithm-driven digital platform for Rheumatoid Arthritis (RA) patients’ self-management and improved collaboration between patients and healthcare professionals (HCP). RB4.0 will be co-created and clinically validated in order to ensure the increase wellbeing of patients, optimize treatment efficiency and decrease healthcare costs.

Improved human free light chain diagnostic immunoassay reagents

eurostars

The C-LITE project will develop, validate, and bring to the market, novel reagents and calibrators for serum free light chain (sFLC) turbidimetric assays that can be run on open clinical turbidimetric platforms. Current sFLC immunoturbidimetric assays are known to have considerable analytical issues related to specificity, sensitivity, linearity, and lot-to-lot and interanalyzer variation. Our goal is to overcome these analytical issues.

Next Generation Vaccines for Multi-Resistant Bacteria

eurostars

Do: Complete TRL4 of the vaccine candidate pb-cd01 targeting Clostridium difficile infection (CDI) to prepare it for TRL5 (followed by a clinical trial authorization (CTA) application and clinical trials) Deliver: A vaccine to protect from or treat Clostridium difficile infection

AUTOmated fast CHARGing of heavy duty Electric vehicles

eurostars

The main goal of the innovation project is to develop a high tech solution for automated fast charging of heavy duty electric vehicles (EV). A breakthrough product consisting of a soft robotic charge system that automatically positions and plugs a high-power charger into an innovative, thermally controlled charge inlet, supported by communication software between the robot and electric vehicle. This innovation allows safer and faster charging for heavy duty electric vehicles.

ENABLING FULLY AUTOMATED COMMISSIONING OF NEXT GENERATION SATCOM SERVICES AND ANTENNAS

eurostars

For Satcom, the project will develop an Electronically Steerable Phased Array Antenna (ESPAA) that is able to be automatically installed and commissioned without human intervention, and satisfy the radiofrequency (RF) performance parameters required by the Network Operations Center (NOC), in terms of interference and power management The same solution will allow connection remote recovery in many cases, removing the need for installers to revisit the site (in most cases, very isolated areas).

Revolutionising the dairy industry by developing first animal free cheese

eurostars

The GOUDA consortium will develop unique technologies for creating clean, animal-free dairy alternatives in sustainable manner. The project will deliver several prototype cheese alternatives with desired functional and nutritional attributes. Recombinant milk proteins derived from precision fermentation and healthy plant-based fats will constitute these alternatives. After the project, manufacturing will be optimized to scale-up for commercial production and enter target markets.

MOdular Vibration Energy harvesting system

eurostars

Our main goal is to develop a MOdular Vibration Energy harvester (MOVE) as a power supply for Internet of Things. MOVE will be the first stackable harvester system on a modular platform that removes the need for customization per user application, allows harvesting over a wide-range of vibration frequencies and substantially increases power. Its modularity allows mass-production of standardized components, making MOVE the only cost-efficient solution for a wide-range of industrial application.