Smart Cities

Air quality monitoring with WINGS-ICT low-cost multi-sensor station that measures: O₃, CO, SO₂, NO, NO₂, PM1, PM2.5, PM10, noise, temperature and humidity. 

This 5G proof of concept is about enabling high-performance, cost-efficient wireless services in tomorrow's Megacities, by meeting very diverse requirements in dense urban environments by adjusting network configuration to actual needs.  

Intelligent Public Lighting system in a smart city to enable real-time and secure remote control of lighting poles. Advances for adjusting lighting intensity and efficiently managing energy consumption, with potential to reduce energy costs by up to 80%.

Converged fronthaul and backhaul services for smart cities. Innovations enabled by 5G City of Bristol network infrastructure.

Driving new network concepts targeting applications in dense city areas, validated through scalable lab and field-trial demonstrators.

A touristic city test-bed demonstrating innovative applications and enhanced user experiences for citizens and visitors, leveraging network slicing and elasticity. 

Adavnced high-definition surveillance systems for environmental monitoring in urban areas, such as unauthorized dumping of waste during large events. 

5G Rollout: A distributed cloud and radio platform designed and developed for municipalities and infrastructure owners acting as 5G neutral hosts. A winner of the 2021 5G-IA Trials WG Tials and Pilots Competition. 

Intelligent lighting system for smart cities with easily managed and maintained lighting poles. Reducing energy consumption by up to 70% when combining full LED lamps. 

Defining options and requirements for a shared infrastructure between fixed PON and wireless access networks.