Demos

Building on the success of the previous editions, one6G Summit will once again provide a unique platform for researchers and innovators to showcase their ground-breaking prototypes and applications to an international audience. The demo session and exhibition will offer an unparalleled opportunity to elevate the global visibility of both established and emerging concepts, solutions, and initiatives while fostering live discussions with top experts from industry and academia. Don’t miss the one6G Summit 2025 demonstrations! Connect with our exhibitors during coffee and lunch breaks, and immerse yourself in their innovative demos.

one6G Summit 2025 exhibitors

Demo 1
By CNIT WiLab and WCLN Lab at UniFe

AI-based localization and sensing of things

This demo shows a real-time system for efficient detection, tracking, and identity recognition (e.g., humans vs. robots) of unconnected targets. The developed system achieves reliable detection together with high-accuracy tracking and identification in indoor wireless environments via multimodal sensing. The proposed approach employs probabilistic and AI-based algorithms guaranteeing an amenable computation to run the demonstrator on an embedded system.
Demo 2
By Huawei Technologies Duesseldorf GmbH

Robot services enabled by agentic AI based 6G network architecture

The network is dynamically configured to run and support communication, computing and AI resources based on smart agents. A human interaction with a humanoid robot will demonstrate the new architectural concept.
Demo 3
By Huawei & CNIT WiLab with the city of Bologna’s support

Environmental reconstruction of city towers with cmWave ISAC

A famous large scale object in Bologna city is sensed by cmWave ISAC using a midband frequency. Imaging results of the measurement campaigns and real-time sensing of one side of the building will be shown live during the conference
Demo 4
By Sykno

Radio-based vital signs sensing

The demo presents Health Awareness via Radio Technology. It includes a millimeter-wave sensing device for the contactless and precise measurement of the human vital signs respiration and heartbeat. It could be shown that it is possible to transmit and share this data via a mobile radio network
Demo 5
By NKUA

Intelligent perception and communication using robots tailored to hazardous event detection 

A single-robot setup for intelligent, active perception of an unknown environment to detect abnormalities. The system consists of a robot and a remote controller, with distributed AI capabilities. The robot handles context-aware operations (e.g., multimodal pre-processing) to make resource-efficient decisions (e.g., AI model selection, task offloading). The remote controller minimizes hazard detection errors by optimizing the robot’s trajectory and pose.
Demo 6
By TURKCELL

Connected, coordinated, and collaborative: unlocking the future of construction

Next-generation wireless connectivity is enabling a new era of collaborative robotics. Powered by ultra-reliable low latency networks, cobots can now execute complex, real-world tasks — remotely, safely, and in real time. This evolution is driving a new wave of transformation across sectors such as construction, logistics, and manufacturing.
Demo 7
By TURKCELL

one6G PoC detection of antenna tilt failures

Exploiting ISAC technology, this demo aims to detect potential antenna misalignment errors caused by environmental factors such as weather events, or earthquakes which may affect radio equipment in telecommunication networks that interact with outdoor environments.
Demo 8
By Internet Institute on behalf of the EXIGENCE project

Per-service energy consumption control in sustainable 6G

As 5G expands and 6G development begins, concerns about energy efficiency and sustainability are becoming increasingly important. Current research often overlooks the broader impact of remote services, which can lead to hidden environmental costs despite local efficiency gains. To address this, EXIGENCE project develops a system that measures and reveals energy consumption at the service level across a full-service path. Interactive demo shows how service quality and workload location affect energy consumption, enabling users to explore trade-offs and make informed choices.
Demo 9
By iTEAM

FMCW-based radio channel sounder at mmWave through mutual interference

Real-time channel sounding system based on FMCW-sensors interference. The demo allows the extraction and visualization of mono- and bi-static channels. This cost-effective solution, utilizing commercial sensors, provides precise channel information in high-frequency bands, enabling real-time analysis of Power Delay Profile.
Demo 10
By Unio Global

Always on: 5G + SatCom for tele-operated vessels

UNIO was part of the Horizon Europe project ReNEW Waterways with a live demo in Ghent, deploying its hybrid 5G + SatCom solution UNIO Move aboard the vessel Avatar III. The system powered real-time teleoperation of SEAFAR’s navigation software, marking a major step toward smart, connected, and autonomous inland waterway transport. The project brought together 24 partners from 11 countries and now enters in second phase.
Demo 11
By CENTERA Labs

A compact device for material characterization

The knowledge of properties of dielectric materials above 100 GHz is required in many applications, in particular for the 6G wireless channel modeling. To this end, a costly and bulky laboratory measurement setup based either on a THz-TDS system or network analyzer with frequency extenders can be applied. We present a compact portable device for the material characterization at the frequency band around 122 GHz that includes both high-frequency and baseband electronics, the measurement cell and USB connection to a computer. The device measures the dielectric constant and loss tangent of building materials, from wood to marble, any plastics, laminates etc. The thickness of the material sample must be of 1 to 10 mm while the sample size must exceed 22x22 mm. In the future, a modification of the device for the frequency band of 220 to 300 GHz is planned.
Demo 12
By TUM

Optimized in-network placement of modular application functions (MAFs) for medical applications

The demo shows a dedicated medical 6G network architecture and possible usage scenarios based on two medical use cases. The main idea is the dynamic interaction between medical applications and the underlying communication infrastructure, which leverages in-network computing to improve performance and reliability. The applications are divided into Modular Application Functions (MAFs), a concept which we developed within the research project 6G-life, which enables the formulation of function-specific requirements for the network to consider when placing MAFs on network resources.
Demo 13
By Keysight Technologies

6G digital twin

This demo features a digital twin of a large-scale private network. The network model is created by importing a diverse set of data sources including ray-tracing models, LIDAR, telco configurations, open-source data, laboratory measurements, and live telemetry. The digital twin is calibrated through live measurement, then used to gain insights into the performance of the overall network and improvements that can be achieved from deploying new 6G candidate technologies.

You can have a look to the exhibition information document here (PDF)

Technical Committee

  • Josef Eichinger, one6G WG4 Chair, Huawei
  • Mohamed Gharba, one6G WG4, Huawei
  • Youssef Nasser, one6G WG4 Vice-Chair, Greenerwave
  • Alessandro Bazzi, University of Bologna
  • George T. Karetsos, University of Thessaly
  • Nikitas Theodoropoulos, National Technical University of Athens

If you have any questions, contact the Technical Committee, at wg4@one6g.org

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