Resources
Living Exploitation Table
| Asset / Innovation | Owner | Commercialization / Sustainability | TRL (1-9) | Link to DOI / repository |
|---|---|---|---|---|
[6G-PATH Platform] Open experimentation framework for the automation of data collection during trials | UMA | The core commercial offering is a comprehensive Experimentation-as-a-Service platform which enables the definition of custom experiments for specific uses cases. | 6-7 | |
[6G-PATH Platform] ELCM Test case syntax for testing and monitoring during trials | UMA | Test cases for testing are defined via YAML files using available tasks or implementing new tasks if necessary. The core commercial offering is a comprehensive Experimentation-as-a-Service platform which enables the definition of custom experiments for specific uses cases. | 6-7 | |
[6G-PATH Platform] Integrate ELCM Portal with commercial solution | ACTA | The integration of the (ELCM & KMVaP) into a seamless commercial product will benefit both platforms. Utilizing the experience and results acquired in OTE’s testbed (and within the UC-Cities-2 Use Case) the support of KPI measurement and validation on individual Slices of OTE’s Lab Network is foreseen with a goal to include this capability in future versions of ACTA’s Platform. The attempted integration of the two platform is expected to provide longer life span for both (ELCM and FUSION/KMVaP). Finally, existing customer of the KMVaP will benefit from expanded capabilities and scalable expansion in a lower cost. | 4 | |
[6G-PATH Platform] AI-driven closed-loop coordination framework for multi-domain environments (MIRO) | ONE, ICT-FI | As a closed-loop coordinator, MIRO’s commercialisation pathway focuses on continuous feedback and optimisation. By automatically refining deployments to improve performance and reduce costs, it delivers clear value that supports integration into cloud platforms, licensing as an optimisation service, or offering as a managed orchestration layer. | 4-5 | |
[Testbed] RAN slice management dashboard | UMA | This tool is a experimentation complement offered in the Victoria Network testbed for 5G experts which enables the configuracion of the resources asigned to the slices and also the visualization of the paremeters configured in the radio. | 5-6 | |
[Testbed] Automated Network Slicing Mechanism for Dynamic Resource Optimization | OTE | At OTE lab we foreseen the exploitation of the end-to-end dynamic network slicing capabilities trialled in 6G-PATH testbed as a template for “expanding” these capabilities to COSMOTE’s Commercial Mobile Network. The concrete strategy to achieve porting to the production network is yet to be decided but we are currently considering: i) Limited Pilot on Company offices or other installations. ii) Cooperation with Network Equipment Vendors to design a roadmap for slicing introduction to the commercial network. | Under development | |
[Testbed] Experimentation platform for beyond 5G application testing focusing on data plane programmability | ASTON | ASTON, with this testbed, is being positioned as a 6G experimentation platform across the EU. It will support the exploitation of these facilities in the context of our R&D activities, while helping businesses drive innovation in the 6G space. | 5-6 | N/A |
[Testbed] Software tool for light-weight passive latency monitoring of application traffic | KAU | No commercial exploitation is planned, but the tool is being integrated in the LibreQoS open source software package used by many small ISPs to monitor their network traffic and ensure a smooth operation to its users. The tool thus contributes to the sustainability of the Internet and supports small ISPs to remain in the market. | 8-9 | |
[Testbed] Dynamic Slice Manager | ALB | The Dynamic Slice Manager is a new network element aiming to provide the appropriate services and resources. This new entity can be exploited and commercialised within the Altice Group, across different geographies. | 6 | |
[Testbed] Edge service migration and traffic steering | IT | This innovation enables dynamic relocation of computational services across distributed edge nodes, coupled with intelligent data routing, to adapt in real-time to user mobility, network congestion, and resource availability, ensuring ultra-low latency, optimized QoS, and seamless continuity for applications like IoV and autonomous systems.
Currently, this innovation is used internally by the asset owner. Partnership with SMEs or corporates would allow to develop the market potential of this innovation. | Under development | |
[Testbed] Intent-based Network Services Orchestration in heterogeneous 6G Networks | ORO, Nextworks | ORO is considering the exploitation of the outcomes of INTENTIONAL, as an internal, testbed-side component in our “Testbed-as-a-service” offering. The addition of Intent-based NSO will enable ORO to slipstream deployment of new services, and new network applications to our B5G facility. This will enhance ORO’s capability to support experimentation, validation, testing and prototyping of new solutions, and technologies. ORO has already selected a venue for the exploitation activities, namely through Orange Fab our corporate accelerator that enables start-ups and SMEs to access our testbed facilities and engage with experimentation in a B5G environment. | 5-6 | |
[Testbed] Location Services Support | FOKUS | Accurate location support is enabled by the Open5GCore providing communication and subscriber-oriented processing.
| 4-5 | |
[UC EDU-1] XR+EDU, interactive XR web viewer and materials for online middle school education | Fundația Orange România,
Augmented Space Studios SRL | The solution is designed not for commercialization, but to improve digital inclusion in underserved and rural communities. As a philanthropic organisation, the Orange Foundation and its Digitaliada educational platform does not engage in commercial exploitation of technologies developed within the project. Instead, sustainability is achieved through large-scale social impact and long-term integration of the XR viewer and resources into the Digitaliada platform. | 7 | |
[UC EDU-2] Leveraging XR, 6G and related technologies to create a highly immersive and interactive teaching and learning environment for Classroom of Future | ULE | “Knowledge Transfer Partnership”:
Our University is a national leader in Knowledge Transfer activities. The expertise we have developed in advanced 5G/6G technologies and experimentation facilities through the execution of this project places us in a unique position to establish impactful KTP projects with our regional industry. This will enable faster adoption of key technologies developed in our experimentation testbed, accelerating their translation into commercial products. | Under development | |
[UC EDU-3] XR Health Training Platform (BlueEye Handsfree + 360° Immersive Video) | RZ, KAU | The platform developed under 6G-PATH enables RedZinc to offer a remote, low-latency video based medical training system as a commercial service. By leveraging our secure real-time video streaming, this system can be offered to medical universities, hospitals, and health training institutes as a plug-and-play service for live or on-demand training, especially in emergency response and telemedicine.
This model allows us to commercialize the EDU3 testbed infrastructure by packaging it as a “Training Platform-as-a-Service”—integrating video feeds, and clinical scenario simulation—supported by high-performance 5G/6G connectivity. | 7 | |
UC HEALTH-1] 6G-based platform for latency-free telecare and secure health data transmission | CHAR | Commercialization Path 1: “Wound Documentation-as-a-Service”: The developed platform offers 3D wound scan processing with measurement of wound dimensions and metrics as surface and volume and enables monitoring of chronic wounds. Nurses, wound experts and general practitioners can use the service as a SaaS model to document wound healing processes objectively, evidence-based, and in a standardized manner. Monetization via licensing models (per patient/facility) or integration into existing electronic health records is possible.
Commercialization Path 3: “Novel Imaging for Volume-Based Healing Monitoring”: The new imaging technique enables the volumetry of wounds and thus provides hard metrics for the healing process. This innovation can be marketed as a standalone diagnostic tool (licensing, CE/MDR certification) or integrated into existing platform solutions. | 5 | |
[UC HEALTH-1] 3D Chronic Wound Measurement of Surface, Depth and Volume | FOKUS | Commercialization Path 2: “Wound Expert Consultation Service”: Specialized wound experts can be involved via teleconsultation via the platform. This opens up new business models, e.g., as a service for care facilities in rural areas, insurance companies (reduction of complications), or telemedicine providers. | 4-5 | |
[UC CITIES-1] City Digital Twin and Emulated Beyond-5G Network | IT | This innovation enables the creation of city digital twins integrated with network emulation to create virtual replicas of physical systems and communication infrastructures, allowing real-time simulation, predictive optimization, and testing of scenarios like urban mobility and V2X without disrupting live operations, thus enhancing reliability, resource efficiency, and decision-making.
Currently, this innovation is used internally by the asset owner. Partnership with SMEs or corporates would allow to develop the market potential of this innovation. | Under development | |
[UC CITIES-1] Improved localisation service for PPDR use cases and emergency services | ADS | PPDR end users will have improved features and this will be useful during emergency scenarios. This will leverage actual emergency services by giving more capabilities to end users. | 6-7 | |
Evaluation and validation framework for measuring 6G performance and societal sustainability impacts | UBRAD, ONE | The 6G-PATH Evaluation and Validation Framework aligns technical KPIs with human-centric KVIs to assess performance, sustainability, and user experience. Using a mixed methodology and a convergent parallel design for interpretation, it combines quantitative KPI data with qualitative KVI insights, enabling a holistic validation of 6G technologies that are not only high-performing but also sustainable, inclusive, and impactful. | 5-6 | |
[6G-PATH Platform] KPI/KVI Experimentation Dashboard | eBOS, AppArt | Unified dashboard for KPI/KVI monitoring across 6G-PATH testbeds. To be exploited by both partners in future telecom experimentation services. | 6-7 | |
[6G-PATH Platform] Northbound APIs for experiment control and data access | eBOS | To be reused by eBOS in commercial telecom analytics services. | 6-7 |