Significant advances in the development and customization of various sophisticated technologies for structural monitoring have emerged during the last decade. Technologies for instrumentation, monitoring, load testing, nondestructive evaluation and/or characterization, three-dimensional finite element modeling and various types of analysis have become available at a reasonable cost. The paper focuses on the experimental and information technologies developed for monitoring the “St. Francesco da Paola” swing bridge in Taranto. In doing this, the adopted sensors network for dynamic monitoring is initially presented. Subsequently, the information technologies that we address in this paper cover the spectrum of efforts related to data acquisition, archival and management.