Imagine the internet becoming so fast and smart that it doesn't just move data, but can actually 'feel' and 'see' its surroundings. This work is like drawing the master architectural plans for a new global communication system that will launch in the 2030s. It moves beyond basic ideas to create the actual technical rules and parts needed to make these futuristic connections a reality.
Current networks cannot support the extreme demands of the 2030s, such as total digital inclusion and green deal efficiency. There is a lack of a standardized system design that integrates sensing, computing, and AI into the network fabric.
A 6G system blueprint and technical specifications. This includes deliverables on radio design, device classification, and network management orchestration.
If you are a network provider dealing with the transition to next-generation connectivity — this project developed a 6G system blueprint that enables the creation of a sustainable and trustworthy platform. This allows for the deployment of services that connect the human, physical, and digital worlds.
If you are a factory operator dealing with the need for ultra-reliable machine coordination — this project developed radio design and spectrum access enablers. This ensures that 6G device classes can operate with the precision required for advanced automation.
If you are a city integrator dealing with inefficient urban data management — this project developed smart network management and orchestration enablers. This helps in creating a network that goes beyond simple communication to include sensing and computing.
Based on available project data, there is no information regarding the specific cost or pricing for implementation.
The project is currently focused on systemization analysis, early validation, and proof of concept to create a blueprint for the 2030s. It is not yet at full industrial scale.
Based on available project data, specific IP and licensing terms are not disclosed, though the project aims to assure strategic autonomy for the EU.
The project is laying the foundation for the global communication network of the 2030s, with the current phase running from 2023-01-01 to 2025-06-30.
The project focuses on the 6G evolution, specifically developing radio design and spectrum access requirements to move from current capabilities to the 6G platform.
The consortium is heavily industry-driven, with 31 industrial partners representing 67% of the group, including 9 SMEs. Led by Nokia, the 46-partner coalition spans 15 countries, indicating a strong commercial interest in standardizing the 6G blueprint and a high likelihood of the results being aligned with market needs.
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