6G-LEADER Project
Explore the future of intelligent 6G networks, advancing ML-driven PHY, full-duplex innovation, semantic communications, and open RAN orchestration.
Official Logo
LEArning-Driven and Evolved Radio for 6G Communication Systems
Project Details
Funded under: Horizon Europe
Project ID: 101192080
Start Day: 01/01/2025
Project Duration: 3 Years
Tags: Next Gen Connectivity, 6G Networks
Social Media
Learn more about this project
Let’s Work Together for Development
Let’s explore how we can support your next project.
Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union. Neither the European Union nor the granting authority can be held responsible for them.
The Story
When many organizations adopt distributed applications across cloud and edge infrastructures, they face a dual challenge: managing highly dynamic resources while ensuring efficiency and reliability. The ENACT project addresses this by creating a Cognitive Computing Continuum that integrates AI-driven orchestration, dynamic graph models, and zero-touch deployment across heterogeneous infrastructures.
By providing a unified, intelligent stack of tools and frameworks, ENACT simplifies the management of hyper-distributed applications, enabling organizations to scale efficiently, reduce operational costs, and maintain robust, trustworthy performance. This is a pivotal transformation for industries and sectors seeking to deploy advanced applications across cloud and edge environments while preserving adaptability, sustainability, and operational excellence.
Project Overview
6G-LEADER advances the Physical Layer (PHY) and Radio Access Network (RAN) of future 6G communication systems by introducing intelligent, autonomous, and open network technologies. The project develops machine-learning empowered PHY algorithms with predictive capabilities, enabling adaptive and self-optimizing radio performance. It integrates full-duplex transceivers with advanced digital self-interference cancellation and novel non-orthogonal and random multiple access schemes to address massive connectivity demands.
By combining these innovations with goal-oriented semantic communications and an open, disaggregated RAN architecture implemented through xApps, 6G-LEADER establishes a flexible and scalable foundation for intelligent 6G networks. The project bridges advanced radio research with deployable open RAN solutions, supporting the evolution toward autonomous, high-capacity, and efficient wireless systems.
Our Contribution
Within 6G-LEADER, FOURDOTINFINITY (FDI) contributes to turning advanced radio research into deployable, intelligence-driven network capabilities.
The Results
6G-LEADER advances intelligent and open 6G network capabilities across both physical and radio access layers, enabling:
Project’s Progress so far
