CAME at Intertraffic 2024: focus on intermodal mobility and car park digitisation

CAME, a world-leading Made in Italy company in the field of integrated solutions designed for the automation, control and security of residential, public and business environments, returns to the spotlight at Intertraffic 2024, the international trade fair dedicated to mobility and parking professionals. From 16 to 19 April the Treviso-based company will be at Stand 201 in Hall 12 to exhibit its new products based on connected, smart and sustainable solutions for the future of urban mobility.

Occupying center stage at this year’s exhibition will be LINCE 7, the next-generation cloud-native multiparking software, which also integrates new services for intermodal mobility, such as EV charging stations and the hiring of micromobility vehicles. Solutions that represent the new frontier of technology, from the integrated parking management to new ways of conceiving urban mobility services.
These are joined by the ongoing advancement of systems with the goal of completely digitising the parking experience both for users and managers through solutions, from more traditional to those based on ticketless or free-flow models, developed ad hoc to meet their specific requirements.

The parking solutions are rounded off by the Zero KM Service, the exclusive maintenance service management system based on a new hardware design developed with easily interchangeable internal modular components which can be quickly replaced also by car parking attendants. A smart software solution that informs and assists staff in real time, guaranteeing autonomy during preventive and corrective maintenance operations, and which helps operators to reconfigure and restore the system in real time.

The display is complete with the innovative shallow mount roadblocker for the optimum security and protection of sensitive areas, the solutions for controlling vehicle accesses with the complete range of GARD barriers and the traffic management and vehicle access point protection systems based on automatic bollards.