To ensure the safety, efficiency, and operational readiness of the newly constructed second tunnel tube, BINA-Istra required a modern automation software solution capable of monitoring, visualizing, and controlling a wide range of tunnel systems.
The organization’s goal was to centralize operations and provide real-time visibility across all critical infrastructure—including ventilation, lighting, surveillance, traffic management, emergency systems, and power distribution—while ensuring compliance with stringent European safety standards and preparing for future scalability.
To achieve this, BINA-Istra turned to ECCOS-INŽENJERING d.o.o. (ECCOS), a system integrator with deep expertise in automation and security for large-scale infrastructure projects.
Selected as a subcontractor to Bouygues Travaux Publics, the main contractor, ECCOS was tasked with equipping the tunnel with a full suite of integrated systems, including:
- Lighting
- Power
- Traffic control
- Safety and surveillance
- Fire protection
- Signaling
- Ventilation
A long-time partner of Mitsubishi Electric Iconics Digital Solutions, ECCOS chose the GENESIS automation and digitalization platform, confident in its flexibility, advanced capabilities, and ability to scale with evolving operational needs.
While the technical demands of the project were significant, an equally critical objective was to create a functional and intuitive environment for tunnel operators. The addition of a second tunnel tube fundamentally altered the dynamics of tunnel management, requiring not only robust system integration but also a user experience that aligned with the established habits and workflows of personnel familiar with the original system.
This project posed a unique challenge for engineers: delivering a powerful new toolset while preserving operational continuity for the teams who rely on it every day.
To meet these demands, the project team implemented a redundant SCADA environment using GENESIS64 licenses for 50,000 data points—ensuring high system reliability, fast performance, and continuous availability. Because the system’s primary role was control—not just monitoring—it had to operate seamlessly under all conditions.