Brno, Czech Republic, 30 September 2026. Brno is taking the next step in its mobility journey with a new Traffic Information Center designed to create a single source of truth for traffic operations across the city. Bringing together traffic, parking, public transport and roadway information, the platform will support more informed decision-making and provide AI-enabled…
Belgrade, 28 September 2026. Yunex Traffic has successfully completed the implementation of Belgrade’s Adaptive Traffic Control System, one of the most ambitious urban mobility modernization projects in the region. The new central traffic control system now monitors and manages traffic operations across around 400 intersections in Belgrade, enabling both citywide adaptive traffic control and local…
Weigh-in-Motion (WIM) measures axle loads and gross vehicle weights of commercial vehicles while they are in motion, even at highway speeds. This makes it possible to detect overloaded vehicles at an early stage and direct them to targeted inspections without unnecessarily disrupting traffic flow. As a result, WIM makes an important contribution to protecting roads…
As hurricanes become more frequent, more intense, and increasingly disruptive, transportation agencies face growing pressure to ensure critical infrastructure can perform under the most challenging conditions. The ability to move people safely and efficiently before, during, and after a storm has never been more important. While much of the conversation focuses on storm tracking, road…
1. Kathrin, what personally fascinates you about V2X technology, and why is it so relevant for public transportation? V2X is the first technology that directly connects road users dynamically with the road infrastructure. What fascinates me most is that it transforms a transportation system made up of many individual, largely independent components into a cooperative,…
Urban transport infrastructure was built for a different era. For decades, transport infrastructure systems were designed around lower congestion levels and operational models that changed only gradually over time. Today, cities face a very different reality: Traffic volumes continue to rise, public transport systems often struggle to provide a sufficiently attractive alternative to private car…
In its recently published FUSION Project Report, the Tees Valley Combined Authority (TVCA), UK, documents the results of one of the UK’s largest deployments of adaptive traffic control technology. Importantly, the findings and performance analyses presented in the report originate from TVCA’s own monitoring and evaluation programme: based on real-world operational data and independently sourced…
Reykjavik is modernizing its traffic management step by step with integrated systems that improve visibility, reliability, and operational flexibility. Yunex Traffic supports the city as a long-term partner with innovative solutions and close operational collaboration.
The way cities procure Intelligent Transport Systems (ITS) is undergoing a fundamental shift. What was once a process focused on hardware, detailed specifications, and compliance is evolving into smart procurement: a strategic approach that enables innovation, flexibility, and measurable outcomes for the key mobility problems to be solved. This shift is not optional. Modern mobility systems are…
