The eMT Metaplatform technology module is a combination of technological applications aimed at serving the needs of businesses from various sectors in the context of their digital transformation. It develops and evolves interoperability systems that facilitate integrated digital operations in an enterprise, leveraging its existing applications and investments. Making up Industry4.0 in the eMT cluster, advanced IoT technologies, specialized sensors, data warehouses, Business Intelligence, forecasting methods, Artificial Intelligence, Machine Learning & Deep Learning, resource and material management systems (ERP, MRP, PMS, etc.), systems for integrating the ordering process with its costing, mechanisms for easy development of special purpose websites and methods for easy cloud management are used. Composing industry4.0 in the eMT cluster, advanced IoT technologies, specialized sensors, data warehouses, business intelligence, resource and material management systems (ERP, MRP, PMS, etc.) are used to automate production within the factory and interface with existing control and operation management systems.>

The energy autonomy of this system makes it ideal for installation in structures that are subjected to dynamic loads and are difficult to access. In this proposal, two of the country's leading laboratories in Mechatronics and Piezoelectric Materials Applications are collaborating with highly skilled and specialized companies in developing microelectronic devices for wireless communication and wind farm management. 

  The eMT cluster brings together innovative IT technologies and methods that are being applied:

• in the agricultural sector,
• manufacturing and industry,
• smart cities and tourism,
• the familiarisation of the human factor (workers and citizens) with technology.

Information Technologies in Manufacturing and Industry aim at the integrated monitoring of all stages of production (from the connection of the customer's order to the timely ordering of raw materials), maximizing the efficiency of all resources (human and machine), reducing costs, ensuring the desired quality at all stages of the supply chain as well as the safety of human resources and facilities. 

SEEMS is responsible for creating an integrated innovative mechanism that combines production process support subsystems within a manufacturing company/industry with automation at various stages to provide comprehensive information about the supply chain within the factory.