Following the Project Presentation Event, organized by the Technical Chamber of Greece, on the 9th of June 2026, we are proud to highlight our contribution to this pioneering national initiative for the continuous monitoring of bridge infrastructure across Greece.
The project introduced advanced Real-Time Structural Health Monitoring (RTSHM) technologies to a network of 271 bridges, creating a digital ecosystem where specialized sensors, fiber-optic systems, IoT technologies, and advanced data analytics provide continuous insight into structural performance. By monitoring parameters such as strain, vibration, loading, and environmental conditions in real time, the system enables data-driven maintenance strategies and supports the early identification and prevention of potential issues.
As part of this large-scale effort, HiSCS carried out extensive survey and inspection activities using laser scanners, high-resolution imaging systems, and drones to develop detailed digital models and as-built documentation for each bridge. More than 2 TB of data were collected, processed, and evaluated, forming a critical foundation for structural assessment and long-term monitoring. Our inspection teams also assessed the condition of the bridges, documenting deficiencies and supporting the structural analysis and classification of each asset.
The successful delivery of the project required the coordinated effort of multidisciplinary teams, including surveyors, draftsmen, inspection engineers, installation specialists, traffic coordinators, special vehicle operators, electricians, and technicians, working together across the country to complete the survey, inspection, and monitoring implementation phases.
We are honored to have contributed our expertise throughout the project lifecycle, from data acquisition and condition assessment to the deployment and integration of monitoring technologies. This initiative marks an important milestone in the development of smarter, safer, and more resilient infrastructure networks, helping address the challenges of aging assets while strengthening their ability to respond to future demands and climate-related pressures.
