collaBoRatIve soLutions for fLexIble Artisanal maNufacTuring

Developing zero-defect manufacturing strategies towards on-line production management for European factories.

Providing designers with detailed and reliable trend estimates and user acceptance forecasts.

European roadmap for cyber-physical systems in manufacturing.

The project focused on the final stage of the product lifecycle.

Keeping track of temperature and humidity parameters during product transportation and storage.

Increasing knowledge and determining the future use and impact of simulation and forecasting technologies in manufacturing.

Collaborative network of academic, research and business entities for Industry, Manufacturing, Business and Logistics sectors in Europe

Create a centralized, open ecosystem based on consumer morphology.

Monitoring indoor environments where people live and spend time, promoting behavioral change aimed at increasing energy efficiency and air quality.

Social, smart and flexible manufacturing with high added-value services.

Development of an integrated system to help companies in the design stage of a new product.

Lean Innovative Connected Vessels.

Supporting and stimulating the dynamic and organic growth of European ICTs for the innovation ecosystem of manufacturing SMEs.

Human manufacturing, improving workers satisfaction and safety.

Advanced simulation, modeling and data analysis for the industry.

Intelligent system configuration services for flexible, dynamic, global manufacturing networks.

Adopting future Internet technologies in manufacturing industries.

Life-cycle feedback mechanisms for customer-driven optimization of innovative product and service design.

Building an innovative OPEN IoT ecosystem for connected smart objects.

Commercial experiments in cyber-physical production systems.

Bridging the gap between farmers and consumers and facilitating communication and cooperation between stakeholders and end users.

Adaptive and modular IoT gateway.

Innovative process automation strategies for improved quality, reconfigurability, and recyclability in the manufacturing of optoelectronic parts.

Changing the traditional supply-chain model by establishing a dynamic network value that links buyers' needs to suppliers' productive capacity.

Developing scalable strategies at the component, machine, and system level to minimize the defects of the assets and improve their lifecycles.

Demonstrating the possible reuse of composite materials in order to create new finished products based on the concept of circular economy and to make the most out of products that have reached the end of their lifecycle.