Data-driven Chemo-Mechanics (DCM) software for Infrastructure Monitoring (InfraDCM)

Efficient and predictive road monitoring is essential for cost-effective infrastructure maintenance. However, current methods for assessing infrastructure degradation are time-consuming, unsustainable, and resource-intensive. We have developed a data-driven chemomechanics-based software for rapid and cost-effective evaluation of material-induced infrastructure degradation, enabling material quality control, non-destructive on-site road monitoring, and service life prediction. This project will focus on software optimization and assessing its commercial feasibility in preparation for market entry. Our solution aims to transform infrastructure monitoring by enhancing sustainable measurement practices and accelerating decision-making, ultimately enabling a shift towards predictive maintenance.