Baltic scientists have reinvented the centuries-old sourdough bread-making technique, which was used in ancient times, to meet the needs of the modern food industry. The project FERMFOOD found ways to deliver a better flavor, texture and longer shelf life while maintaining dietary fiber and reducing additives.
A European consortium, led by EUREKA, has developed global standards for 4G technology, which will enable new ecosystems for mobile systems and devices. The consortium brought together major telecommunications companies and research institutes to create faster and more reliable wireless internet connections on smartphones.
FlexGen's DNA-sequencing technology helps identify genetic causes of diseases and adapts treatment. The company is now working on new technologies to introduce to the market, aiming to understand diseases at their core.
The BioP@ss project has developed advanced chip cards with embedded software for biometrics-enhanced passports and identity cards, reducing queues at airports and frontier posts. The technology boosts European security while simplifying access to public services, improving passengers' safety.
CrossJect's Zeneo needle-free injection device addresses real market need with precise and reliable technology. The company has received significant funding from venture capital firms and the Eurostars Programme to accelerate development and bring its product to market.
Researchers have successfully developed a new, cheaper alloy for shape memory materials, which could revolutionize industries such as aerospace engineering and electronics. The new alloy, produced using copper, has shown promising properties and is expected to be cost-effective alternative to existing alloys like Nitinol.
Dutch company Dura Vermeer has developed a floating house technology using light plastic foam and composite materials, allowing for larger structures without losing buoyancy. The innovation has potential to help countries affected by climate change and rising sea levels, such as small island-states.
A consortium of universities, small companies, and bigger players in the energy sector has developed a novel approach to reviving biofuels. The project focuses on redesigning engines to adapt to non-conventional fuels, resulting in less noisy and longer-lasting engines.
A team of experts developed a high-tech, portable device to test soil for carcinogenic pollutants, providing fast and accurate results. The Safe Soil Tester can detect toxins in as little as 12 minutes, offering significant cost savings over traditional lab testing.
A study by Kalman Geyer found that companies participating in the EUREKA program experienced a 28% annual increase in sales volume and a 20% or more annual increase in employment, compared to similar non-participating companies. The survey revealed significant results on the impact of EUREKA participation in both parameters.
The EUREKA project BIO-EXPERTISE has developed a methodological guide to biomethanisation, allowing for more efficient waste treatment in Spain. The research improved the treatment of urban waste, increasing biogas production and electricity generation.
Over 220 cooperative R&D projects have been approved and supported by EUREKA since Israel's Chairmanship year in July 2010, totaling 320 million Euros of investment. The program has achieved significant successes in areas such as renewable energy, agrofood technology, biotechnology, and IT.
A Lithuanian company, Biocentras, has developed a three-stage process that transforms contaminated soil into usable land for growing plants. The process uses biosurfactant and micro-organisms to break down oil pollutants, making it an efficient and natural solution.
A Lithuanian company developed a technique that has cleaned over 22,000 tons of soil using non-genetically-modified bacteria, transforming contaminated soil into usable land for plant growth. The natural process eliminates the need for chemicals or genetically-modified technologies.
DANA, a hybrid system developed by Aqwise and Westt B.V., treats industrial wastewater with lower costs and environmental footprint. The technology, facilitated by EUREKA's collaborative funding model, achieves significant financial savings and greenhouse gas emissions reductions.
The 100GET project successfully increased internet bandwidth capacity from 40GbE to 100GbE, demonstrating the importance of efficient data transfer in meeting growing demand. By leveraging partnerships and innovative technologies, companies involved in the project have created new products, jobs, and patent applications.
The EUREKA IPC Resolution aims to expand services to support R&D through all phases of value change. This includes becoming an investment promotion centre to interact with public and private financial stakeholders.
EUREKA's new 'E!nnoVest' platform helps investors find highly-qualified SMEs and start-ups with innovative technology-based projects. The web tool supports the introduction of products to markets, addressing market failure in preliminary R&D stages.
The EUREKA project has developed a new worldwide used standard called CoaXPress, which enables faster data processing and improves the viewing experience for 3D TV broadcasting. The technology adds depth information to existing 2D HDTV images, reducing transmission bandwidth and providing more flexibility for image display.
The ELIAS project has developed common agreed test methods and quantitative ageing models for semiconductor devices, improving product reliability and reducing failures. The project's simulation-based methodologies have also enabled the rapid introduction of new smart-power technologies with proven reliability.
The 3D TESTBENCH project aims to overcome complexity in software-intensive systems by developing an adaptive tool for the integrating phase. The system, featuring a 3D wall display, highlights potential conflicts and optimizes workflows for collaborative engineering environments.
The ESNA project developed a flexible framework for business-oriented wireless-sensor network applications, enabling precision agriculture, energy monitoring, and industrial process control. The project's strong European lead in wireless sensor networks is being leveraged by commercial actors and spin-offs targeting various industries.
A collaborative EUREKA project developed an integrated pest management system, reducing rice waste by over 95% through sustainable technologies. The system uses electronic insect traps, aeration, and modified atmosphere to protect rice during storage, improving quality and food security.
EUREKA's High Level Group Representatives approved 25 viable technologies and products, totaling €33 million investment. Israel is a key player, with six Israeli partners representing nearly 25% of the total.
The AQUASUN project develops a new paradigm in energy production by floating solar panels on water, reducing the need for land-based installations. The technology combines solar cells with a cooling system using water to increase efficiency and reduce costs, while maintaining environmental sustainability.
The STABCON project developed a cost-effective solution for treating polluted sediments in ports, using the stabilisation and solidification method. The method involves mixing contaminated sediments with products that bind them to create a solid material containing hazardous substances, reducing environmental harm and costs.
The myVitali system enables healthcare professionals to monitor and communicate with larger numbers of people, maintaining independence and quality of life for seniors. It also reduces doctor visits and provides personalized health records.
Researchers at EUREKA have developed a new laser-based technology to create nano-structured polymers that enable faster and more efficient growth of human skin cells. This innovation has the potential to revolutionize nanotech medicine, allowing for the creation of artificial implants and tissue engineering.
The E! 4160 VICATS project has developed an innovative surveillance system that uses computer algorithms to assess real-time traffic conditions. The system can operate autonomously, gathering information 24/7 without human intervention, and has shown promising results in various scenarios, including tunnels, bridges, and crossroads.
A EUREKA-backed project, TRAMMS, aimed to solve Internet bottlenecks by monitoring traffic over three years. The team gained insight into user behavior and accurately measured network traffic, enabling service providers to avoid bottlenecks and improve web browsing quality.
The CARING CARS project aims to make driving safer by developing an innovative sensor network that monitors a driver's vital signs and responds accordingly. The system detects fatigue, emotional state, and other factors to provide alerts and assistance in emergency situations.
The MEDEA+ Trusted Secure Computing project has developed a family of components and software to efficiently secure computers, communications, and multimedia devices. These innovations include integrity management, user identification/authentication, and privacy management.
The EUREKA ITEA 2 project developed advanced technologies to exploit multicore architectures, enabling substantial performance improvements for high-performance computing. The ParMA technology has established new goals in modelling and simulation, accelerating research in various domains.
A new type of matting developed by ECOPROMAT project uses natural materials to create an environmentally-friendly solution for protecting against contagious animal diseases. The matting is highly absorbent, biodegradable, and affordable, making it a significant cost-saving alternative to synthetic mats.
The EUREKA E! 3931 ASARP project developed a small and cheap-to-build unmanned aerial vehicle (UAV) that can fly in severe weather conditions. The UAV uses shape-changing technology to improve flight stability, enabling it to carry up to 40 kg of equipment.
German and Swiss researchers have developed a 3D LCD flat-screen monitor capable of displaying high-definition images without the need for red and green glasses. The Dualplex Display technology offers improved image quality, reduced eye strain, and wider viewing angles, making it suitable for both consumer and professional markets.
The ITEA D-MINT project successfully applied model-based testing to industrial scale, reducing development time and increasing efficiency. Key industries like automotive, telecommunications, and healthcare saw significant benefits from this approach.
The FOREMOST project developed advanced process modules and chip architectures for 45nm node CMOS logic, enabling key European players to mass produce semiconductors worldwide. The project also paved the way for future 32/28nm nodes and facilitated rapid transfer to industrial production.
The MERMAID project developed automatic sensors and analyzers to sample, measure, and record chemical and biological changes in water, providing accurate early warnings of pollution. This technology has been adopted worldwide, including the use of FerryBoxes on ships and gliders in open sea areas.
The ONOM@TOPIC project developed advanced prototypes for new-generation e-ID cards and SIM devices, utilizing Near Field Technology to enable wireless data exchange. These innovations led to the creation of a global standard, IAS-ECC, now used in various European e-government programs.
New gene transfer agents have been developed to overcome the limitations of viral vectors and chemical agents, showing promise for treating hereditary diseases and cancer. The agents are more effective at delivering DNA into cell nuclei, increasing the chances of successful treatment.
A new high-temperature heat pump technology has been developed to tap into geothermal energy sources, providing a renewable and inexhaustible energy supply. The system uses waste water from geothermal wells, reducing dependence on fossil fuels and CO2 emissions in European towns.
The EnComPas2 project developed an integrated platform to manage multiple gadgets, enabling technicians to detect appliances and configure services remotely. The platform achieved high user satisfaction rates, but pricing remains a challenge.
The EUREKA ITEA 2 project developed advanced digital technologies for robust analytical algorithms, a scalable platform, and content presentation that adapts to devices, users, and content. Key innovations include automated video content analysis for surveillance, medical diagnostics, and multimedia applications.
A new Power Distribution Network Automation System (DINAS) has been developed to automatically locate and diagnose faults in distribution networks, restoring power supply instantly. The system uses advanced technology and algorithms to detect and isolate faults, reducing costs and response times for power companies.
A Spanish-German partnership has created a virtually invisible solar film, Evalon Solar, which is integrated into the building rather than superimposed on it. The film, made from flexible silicon cells, can be used on vertical surfaces and retains only about 8% of energy captured from the sun.
The Genesis project successfully tested wireless broadband technology in the Pyrenees, providing a reliable VoIP service for telephones and multimedia applications. The system demonstrated seamless use of high-quality services and access to various Internet-based applications.
The RECAN project developed novel fluorochrome dyes bound to monoclonal antibodies, enabling improved diagnosis of leukaemia and rheumatic diseases. The project also produced recombinant proteins for immunisation and created a range of specific monoclonal and polyclonal antibodies with great commercial potential.
A Spanish company, Isidro De La Cal-Fresco, has developed a breeding method for the blackspot seabream using EUREKA funding. They have created a commercial diet, Besugo Power, which helps fish grow quicker and healthier, making it possible to produce the fish at a competitive price.
Researchers have developed a new, completely natural alternative to using antibiotics in animal feed. The activated clay product Amadeite adsorbs mycotoxins, reducing the risk of disease and improving livestock productivity.