GeoStruXer, a startup in Bahrain, used innovative engineering solutions to stabilize a grain warehouse in Jazan, Saudi Arabia, known for its unstable geological conditions. By reducing the need for new materials and potential carbon emissions, the startup maintained the structure in an effective and sustainable way. Instead of installing 2,700 stabilizing micropiles as initially proposed, GeoStruXer used satellite technology and InSAR to accurately measure ground deformation and address the shifting of the building. This approach showcased the importance of understanding incremental shifting over time in engineering solutions for climate resilience. Additionally, GeoStruXer's use of AI and satellite data to model ground deformation accurately not only reduced the number of micropilings needed but also saved materials, costs, and minimized carbon dioxide emissions, ensuring the structure's sustainability for another 10 years. This approach is being applied in various projects to reduce material use, minimize cumbersome methods, and maximize structural performance, ultimately avoiding the emissions involved in building new structures. GeoStruXer's recognition with the Bentley-Envision award for sustainable infrastructure highlights the importance of integrating software like GeoStruXer to eliminate inaccurate assumptions, leading to reduced costs, materials, and emissions in construction projects. Bentley Systems' introduction of a sustainability award category further emphasizes the significance of evaluating the environmental, social, and economic impacts of projects, with GeoStruXer scoring the best in sustainability out of all 270 entrants in Bentley's infrastructure awards categories.