Saberi, Mogens, McPherson, Kevin, Zhang, Fengqiao, Arvidsson, Anna K, Fjendbo, Simon, Van Geem, Carl, Kreslin, Maja, Anžlin, Andrej, Saberi, Mogens, McPherson, Kevin, Zhang, Fengqiao, Arvidsson, Anna K, Fjendbo, Simon, Van Geem, Carl, Kreslin, Maja, and Anžlin, Andrej
Transportation infrastructure demands reliable, cost-effective, environmen-tally friendly, and safe solutions. It is, therefore, crucial to leverage both the knowledge gained from current practices and the potential offered by emerging technologies. This paper uses the scoring system approached in the INFRACOMS project to offer a framework for asset managers and technology providers to identify areas of improvement and make informed decisions regarding selecting and implementing remote condition monitoring solu-tions. We focus on two technologies for bridges, like bridge weigh-in-motion and digital inspection and centre around four areas: data analysis, visualisation and integration and potential for practical decision-making. Technologies are evaluated based on their intended use, acknowledging that some may have multiple applications due to novel sensor installations or data interpretation/visualisation methods. Consequently, a technology may undergo mul-tiple appraisals within this system. We showcase the benefits of the scoring system, alignment with specific use cases, and potential for broad applicability., Research funding provided by the Slovenian Research Agency (No. P2-0273).