one6G Open Lecture 12 “Experimental Technologies for 6G: Toward Network Intelligence” – Event report

one6G Open Lecture 12 titled Experimental Technologies for 6G: Toward Network Intelligence, took place on Thursday, April 23, 2026, addressing the critical transition from theoretical 6G visions to concrete technology verification. The session explored how the industry is validating the breakthroughs that will make the future world more programmable, sensed, and connected.

The lecture focused on the emergence of “Network Intelligence,” where the network fabric becomes environmentally aware. As the industry pivots toward developing technical specifications, the session highlighted the shift in experimental paradigms required to validate complex technologies—ranging from AI-native air interfaces to Integrated Sensing and Communication (ISAC)—ensuring global interoperability and architectural stability at the edge.

Key Presentations and Insights

The event was moderated by Josef Eichinger, Chair of one6G WG4 and Head of 6G Research and Prototyping at the Huawei Munich Research Center, who set the stage for the technical deep dives.

• AI Time Series Model Benchmarking as a 6G Service: Presented by Andreas Kassler, Professor at Karlstad University. His talk examined the necessity of standardized benchmarking for AI models within the 6G framework, treating model performance as a vital network service.

• AI-Based Localization & Sensing: Moving Beyond Data Transmission: Andrea Conti, Professor at the University of Ferrara, explored the shift toward the “sensing of things.” He detailed how AI models are being leveraged to identify and track objects with centimeter-level precision, moving the network’s role beyond simple communication.

• Game-Engine Fast Ray Tracing: Narcís Cardona, Professor at the Universitat Politècnica de València, presented an innovative approach to network modeling. He demonstrated how high-performance gaming engines are being repurposed to create ultra-realistic radio environment maps, providing essential references for 6G sensing.

• 6G ISAC-Based Environmental Sensing: The final presentation was delivered by Mohamed Gharba, Senior Research Engineer at Huawei Technologies, titled 6G ISAC-based environmental sensing for mapping, monitoring, and reconstruction. His presentation focused on the practical application of integrated sensing to reconstruct physical environments digitally.

Bridging the Gap: From Theory to Verification

The lecture concluded that the road to 2030 is paved with experimental data. By bringing together researchers, system architects, and regulatory experts, the event provided a comprehensive look at the hardware and software breakthroughs defining the 6G era.

A dynamic Q&A session allowed the audience to probe the speakers on the complexities of implementing intelligence at the network edge and the rigorous testing required for these “sensing-first” architectures. Open Lecture 12 reinforced that as 6G moves toward reality, the strength of the network will depend entirely on the precision of its verification processes.

View the session recording below.