In a context where transport infrastructure plays a fundamental role in the economic and social development of Benin, bridge monitoring remains largely manual, infrequent, and subject to numerous limitations. Inspections conducted at wide intervals fail to detect progressive structural deformations in a timely manner, increasing the risk of failure and leading to high intervention costs. The digitalization of bridge monitoring thus emerges as a strategic necessity to ensure their durability and guarantee user safety. This research aims to design and develop an intelligent digital system capable of real-time monitoring of bridge deformations using appropriate sensors, an embedded processing unit, and a data analysis platform. The expected outcomes include the development of a functional prototype, an intuitive digital interface, and a predictive maintenance plan based on observed trends. Keywords: bridge monitoring, structural deformations, intelligent digital system, predictive maintenance, real-time monitoring.
KORA FARID CARLOS YAROU, VALÉRY K. DOKO, MOHAMED GIBIGAYE