AI-Generated Summary
Indra provides Barcelona's advanced traffic management system, a sophisticated platform that processes real-time data from thousands of sensors, cameras and connected traffic signals to optimise vehicle flow across the entire metropolitan area. The system employs artificial intelligence algorithms that continuously analyse traffic conditions and automatically adapt signal timing to minimise congestion, reduce emissions and improve journey reliability for all road users. Emergency vehicle priority routing ensures that ambulances, fire engines and police vehicles receive green-wave corridors that significantly reduce response times during critical situations. Air quality integration allows the system to implement dynamic traffic restrictions when pollution levels exceed health thresholds, automatically rerouting vehicles away from affected areas. A particularly innovative feature is the system's integration with Barcelona's celebrated Superblocks programme, enabling dynamic traffic rerouting when streets within designated superblocks transition to pedestrian and cyclist priority mode. This coordination ensures that diverted traffic is distributed efficiently across the surrounding network rather than creating new bottlenecks. The platform also supports Barcelona's bus network by providing priority signalling at key intersections, improving public transport reliability and encouraging modal shift away from private cars. Indra's system generates comprehensive mobility analytics that help city planners understand travel patterns, evaluate the impact of infrastructure changes and model future scenarios. The data feeds into Barcelona's broader urban intelligence ecosystem, supporting evidence-based decision-making across multiple municipal departments. By combining real-time adaptive control with strategic integration into urban planning initiatives, Indra's smart mobility platform demonstrates how intelligent traffic management can serve broader city goals of sustainability, liveability and equitable access to urban space.