5G Radar For Smart Transport

Revolutionizing Port Operations

MAR, 24 2025 | 8 min.

The 5G-RADAR Project

The 5G-RADAR initiative successfully completed two innovative use cases combining advanced 5G and UWB Radar technologies. The project significantly contributed to the digital transformation of maritime and terrestrial transport within port logistics, fostering innovation and enabling new operational services.

The project received a grant of €427,436.75 from Ports 4.0, with €174,564 specifically allocated to Fivecomm.

Use case 1. Smart Assistant for Real-time Vessel Docking

This use case provided an advanced solution to assist maritime ports with the safe and precise docking of large vessels. Implemented technologies included 5G Stand Alone (SA) Private Network communications, high-accuracy UWB radars integrated with AI algorithms, edge computing for real-time data processing, and a digital twin for visualizing docking maneuvers.

The solution was deployed at Valencia Port’s “Muelle Perfecto Palacio,” using four strategically placed radars that monitored vessels’ real-time position, speed, and movements. A digital twin application allowed stakeholders to visualize docking operations and respond proactively to potential risks. The solution demonstrated high reliability, achieving KPIs related to radar accuracy, availability, and detection range.

Use case 2. Automated Real-time Control of Terrestrial and Maritime Mobility

This use case introduced a system for the automated monitoring and real-time control of vehicles and vessels within the port’s critical logistic areas. Key technologies included a Public 5G Network (NSA/SA), high-precision UWB radars enhanced with AI for vehicle/vessel classification and movement tracking, edge computing, and digital twin visualization.

Ten radars were installed at strategic locations in Valencia Port, covering the north and south vehicle accesses and the main maritime entry canal. The integrated radar network enabled accurate vehicle and vessel classification, speed monitoring, and position tracking, all visualized through a dedicated Unity digital twin platform. System validation confirmed excellent performance, meeting critical KPIs for classification accuracy and system availability.

The successful outcomes of both use cases underline the project’s potential applicability in ports nationally and internationally.

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