Interurban Traffic Management

As populations grow, the capacity on the roads falls. As it does so, traffic congestion increases, making roads less efficient and more dangerous. Our multi-purpose Advanced Traffic Management Solutions (ATMS) for interurban use-cases is a uniquely powerful, web-centric software platform for addressing this challenge.  

Built on the latest open-architecture standards and open-source software components, it is a single system for managing all critical transportation systems and infrastructures. It supports a uniquely broad range of operational needs, from extensive regional, state-wide, and national highway networks to dedicated transportation infrastructure facilities such as managed lanes, tunnels, and bridges.  

Our traffic management portfolio offers an industry-leading solution for bridges and tunnels.  It provides mission-critical support for integrated bridge and tunnel management across safety management, power management, and integrated supervisory command and data acquisition systems (SCADA) capabilities.  

The modular design of the Kapsch solution enables different, yet essential, systems to be fully integrated for the first time.  By collecting traffic data in real-time, users can detect and immediately respond to congestion, incidents, emergency situations, and other conditions. Emergency responses to life-threatening incidents can be activated and deployed automatically. Using our TIMP (Tunnel Incident Management Page) feature, however, operators can take manual control of emergency situations and consistently manage crisis events in an easy, intuitive manner. 

National traffic management systems must evolve continuously while remaining reliable and secure. Kapsch TrafficCom designs ATMS architectures with long-term scalability and cybersecurity in mind, ensuring that systems can grow alongside increasing traffic volumes, new mobility services, and evolving regulatory requirements. 

The system’s modular, standards-based approach allows new technologies – such as connected and automated vehicles, cooperative ITS services, or next-generation sensor systems – to be integrated without disrupting ongoing operations. This future-ready design protects investments, reduces lifecycle costs, and gives authorities the confidence that their traffic management infrastructure will remain resilient, interoperable, and adaptable for decades to come.