en.Wedoany.com Reported - The PRIME-6G (Pilot for Resilient Industrial Manufacturing Environments with 6G Technologies) project has officially launched. Funded by the European Union under the Horizon Europe program through the Smart Networks and Services Joint Undertaking (SNS JU), with a total budget of €7.76 million, the project aims to introduce 6G technology into real industrial manufacturing environments to build the connected factories of the future.
Currently, industrial manufacturing environments are constrained by legacy infrastructure, system fragmentation, and insufficient connectivity, limiting their development potential. This European initiative outlines a blueprint for factory transformation: creating a fully connected, autonomous, and adaptive ecosystem through seamless 6G communication. By integrating deterministic communication, industrial automation, and computational intelligence, the project will help develop more flexible, sustainable, and human-centric manufacturing models capable of responding in real time to operational challenges, production fluctuations, and new market demands.
Over the next 30 months, PRIME-6G will build a comprehensive sustainable platform based on the cloud-edge continuum, enabling agile and transparent deployment of services in smart manufacturing environments. This platform will integrate 6G connectivity, AI optimization, cloud-edge computing, robotics, and real-time sensing capabilities to form a reliable and efficient operating system.
A key highlight of the project is its progressive research and development pathway: advancing from controlled laboratory environments to fully integrated industrial demonstration systems in real-world scenarios. PRIME-6G revolves around two complementary use cases: AURORA and SENTINEL. AURORA (Advanced Unified Robotics Operations via Resilient Automation) investigates how deterministic 6G connectivity can reliably link virtualized robotic control systems with industrial robots, meeting the stringent latency and reliability requirements of real-time automation. The project will combine AI-based network management, collaborative robot subnets, digital twins, and AI agents optimizing control location and resource allocation to achieve more agile, autonomous, and scalable industrial automation. SENTINEL (Sensing-Enhanced Network Twin for Intelligent Environments in Manufacturing) leverages multi-sensor fusion to create real-time digital twins of dynamic industrial environments. By reusing existing 5G/6G infrastructure for continuous environmental monitoring, SENTINEL aims to enhance situational awareness, optimize robot collaboration, reduce the need for dedicated sensors, and contribute to smarter, safer, and more efficient factories.
Key technologies will be developed and validated to Technology Readiness Levels (TRL) 5-6 in two associated laboratories: NEXTONIC in Madrid and Siemens AG facilities in Munich. Additionally, these technologies will be integrated into a unified platform at ARENA2036 in Stuttgart (TRL 6-7), one of Europe's leading smart manufacturing research centers. There, 6G-enabled autonomous logistics and real-time environmental perception will be demonstrated operating as a unified, coherent system in a real industrial environment.
PRIME-6G brings together 13 partners from 6 European countries. The project is coordinated by Universidad Carlos III de Madrid (Spain), with participants including: ARENA2036 e.V. (Germany), AUSTRALO (Estonia), Centre Tecnològic de Telecomunicacions de Catalunya (Spain), Fivecomm (Spain), Imdea Networks (Spain), InCites Consulting (Luxembourg), Nokia (Hungary), Robotnik Automation (Spain), Siemens AG (Germany), Telefónica (Spain), The Laude Technology Company (Spain), and Universiteit van Amsterdam (Netherlands).
