Our Partners

UC3M is the coordinating institution for the PRIME-6G project, assuming full responsibility for the administrative, financial and technical management of the Consortium. It leads standardisation activities with international bodies and the validation of the SENTINEL use case at its NEXTONIC facilities in Madrid. Furthermore, it contributes fundamental technical innovations, such as the development of digital twins based on Graph Neural Networks, to optimise robotic control deployment.

ARENA2036 provides an ideal testbed for PRIME-6G with its state-of-the-art network infrastructure for Industry 4.0 applications, including a 5G/6G campus network, combined with industrial WiFi and edge computing.

AUSTRALO leads the project’s strategy for communication, dissemination, exploitation, and ecosystem building. The team oversees stakeholder engagement and the transfer of knowledge and results to key audiences. AUSTRALO also drives collaboration across the value chain, ensuring that project outcomes reach the right actors, supporting their uptake, and maximising PRIME-6G’s visibility, market relevance, and long-term impact.

CTTC will contribute to the design of the PRIME-6G platform by identifying reusable open-source technologies and helping define the future 6G network architecture for industrial environments. In particular, CTTC will focus on integrating multiple communication and sensing technologies through a Telco Edge Cloud platform with advanced orchestration capabilities. CTTC will also support the integration and large-scale validation of the AURORA industrial robotics use case, while contributing to dissemination and standardisation activities.

Fivecomm will contribute its expertise in advanced 5G/6G connectivity and UE-based sidelink communications for industrial environments. In PRIME-6G, the company will develop and validate sidelink-based communication mechanisms for collaborative mobile robots, focusing on decentralised coordination, subnetwork formation, and efficient radio resource management to enable low-latency and reliable industrial operations.

Its main role in PRIME-6G is to develop an intelligent network digital twin that will help create smarter, safer, and more efficient industrial environments by enabling process monitoring, anomaly detection, and the optimisation of manufacturing operations.

InCites will lead activities to identify key factors that may affect the market entry of PRIME-6G solutions. It will also lead activities to define appropriate business models to support successful market uptake.

NSN Kft. has a strong expertise in network and service management and automation. Nokia will use this expertise in PRIME-6G to provide and upscale deterministic e2e services across heterogeneous network domains and technologies, and to automate the corresponding service management capabilities. It will also ensure a smooth transition of the solutions developed during the project from the labs to the final project Trial & Pilot showcase.

Robotnik specialises in:

• Mobile robot platform and mobile manipulator development and manufacturing.
• Mobile service robotics R&D and engineering.

The Robotnik team is made up of 60 people, including engineers and the R&D team. Robotnik provides the mobile robotics technology required for the project and experience in successfully implementing a wide range of mobile service robotics projects. Robotnik has 20 years of experience in robot manufacturing and sales, has a large number of customers in more than 50 countries, and has permanent distributors in the USA, China, India, Japan, and Singapore. Robotnik has extensive experience in EU research projects and has participated in several FP6, FP7, H2020, and HE projects.

Siemens AG (SAG) serves as the technology user in the project, leading its development as Technical Manager. In addition, SAG is responsible for the AURORA use case, which will be developed in their premises. Main interest is in distributed fleet management and optimised radio resource management to enable autonomous and reliable cyber-physical systems.

Telefónica brings strong expertise in advanced telecom networks, including 5G/6G, cloud–edge computing, and AI-driven network optimisation. In PRIME‑6G, it supports the design and validation of the end‑to‑end 6G platform, especially deterministic connectivity, network orchestration, and integration with industrial systems. Across the project, the company plays a key role in bridging telecom innovation with practical industrial deployment.

Laude Tech is a Spanish SME specialising in Open RAN technologies and AI-driven network optimisation. Within PRIME-6G, the company will contribute its expertise in intelligent network management, automation, and multi-sensor data fusion to support the development of flexible and efficient 6G solutions. Laude Tech will help ensure that advanced connectivity technologies can be effectively deployed in industrial use cases, improving reliability, scalability, and operational efficiency.

UvA brings expertise in AI-assisted network management and multi-agent systems for future 6G networks. Within PRIME-6G, UvA contributes to the AI-driven framework that enables distributed AI agents to monitor, predict, and optimise network and computing resources in industrial environments. UvA’s role is to help make 6G networks more autonomous, reliable, and responsive, supporting time-critical applications such as collaborative robots and virtualised robotic control.