Imagine the internet as a series of pipes that are starting to clog because we use too much data. This project is building a high-tech playground to test new ways of sending signals that don't rely on a single tower, but rather a web of smart surfaces and distributed points. It's like upgrading from a single giant megaphone to a thousand tiny, coordinated speakers that follow you around to keep the sound perfect.
Current 5G networks lack the capacity and flexibility to support a fully digitized society and boundless XR. Existing testbeds are too centralized, creating bottlenecks for those trying to develop the next generation of smart networks.
A 6G experimentation facility consisting of reusable 'bricks' (open API components), a Distributed Cell-Free RAN, and an Explainable AI-driven management plane.
If you are a Smart Factory Operator dealing with signal dead zones and lag in robot coordination — this project developed a Distributed Cell-Free RAN that ensures seamless connectivity across the production floor. This allows for more reliable machine-to-machine communication without the bottlenecks of traditional cell towers.
If you are an XR Content Provider dealing with buffering and motion sickness in boundless Extended Reality — this project developed a compute continuum that blends cloud and edge processing. This reduces latency to support a fully digitized society where virtual and physical worlds blend.
If you are a Network Equipment Vendor dealing with rigid, proprietary hardware that is hard to upgrade — this project developed reusable 'bricks' with open APIs and O-RAN interfaces. This allows you to swap components easily and integrate new 6G technologies without rebuilding the entire system.
Based on available project data, no specific pricing or cost models are provided as the project focuses on delivering an experimentation facility.
The project aims to increase network capacity by at least an order of magnitude, though it currently exists as an experimentation facility for validating breakthrough technologies.
Based on available project data, the enablers are delivered as reusable components with open APIs to ensure openness and reusability, but specific licensing terms are not listed.
It uses O-RAN interfaces to ensure interoperability and future-proofing, moving beyond the centralized systems typically supported in 5G-PPP platforms.
The project period runs from 2023-01-01 to 2026-06-30, indicating that the testbed and bricks are being developed during this window.
The consortium is heavily industry-driven, with 13 industry partners representing 72% of the 18 total members. This high ratio, combined with 6 SMEs and partners from 8 different European countries, suggests a strong focus on commercial viability and practical application rather than purely academic research.
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Contact us to explore how to integrate these 6G bricks into your network roadmap.
