Imagine a factory where machines talk to each other like a flock of birds, coordinating their movements and tasks instantly without a central boss. It uses a private 5G network to make sure everything happens in real-time, from robots moving parts to quality checks. This setup allows a factory to change what it's making almost instantly while reducing waste and energy use.
Traditional factories suffer from rigid production lines and data silos between IT and operational hardware. This prevents rapid changes in production and leads to energy waste and defects.
A networked control system using 5G and digital twins. It includes 5G-powered PLCs, process-aware AGVs, and a secure data infrastructure based on GAIA-X.
If you are an EV manufacturer dealing with rigid assembly lines — this project developed sustainable powertrain production and 5G-powered PLCs that allow for real-time distributed control. This enables a more agile transition between different vehicle models on the same line.
If you are a warehouse operator dealing with inefficient material flow — this project developed process-aware AGVs and safe autonomous transport. This ensures goods move through the factory with zero delays and higher safety.
If you are a component maker dealing with high scrap rates — this project developed remote quality control for zero defect resilient manufacturing. This reduces waste and ensures only perfect parts leave the facility.
Based on available project data, specific commercial pricing is not mentioned, although the project received an EU contribution of EUR 8,052,023 for development.
Yes, the system was demonstrated through 10 trials across 3 industrial nodes (north, center, and south) featuring test facilities co-created with industry players.
Based on available project data, the project used open innovation practices and a community of 400 users with an expression of interest mechanism to establish impact pathways.
The project focused on breaking siloes between 5G, cloud-edge continuum, and operational technology, specifically using OPC-UA and Asset Administration Shells for connectivity.
The project period ran from 2022-06-01 to 2025-02-28, meaning the developed solutions are now moving toward the deployment phase.
The consortium is heavily weighted toward industrial application, with 17 industry partners (59% of the group), including 13 SMEs. This high industry ratio, combined with 10 countries involved, suggests the technology was developed with a strong focus on commercial viability and cross-border industrial standards rather than purely academic research.
Contact the National Centre for Research and Technological Development (REC) in Greece.
Contact us to connect with the Zero-SWARM consortium for licensing or pilot implementation.
