A series of micro-electro-mechanical tilt sensors linked in a chain to monitor deformation profiles underground. They provide continuous, automated readings ideal for long-term ground or structural movement studies.
Simple device placed in cracks to monitor opening or closing movement in masonry or concrete. Often used for long-term monitoring of structural health and stability.
Linked accelerometers measuring changes in shape or profile of soil and structures in real time. Ideal for tunnels, dams, and retaining walls where deformation monitoring is critical.
Graphical displays that represent spatial data in two or three dimensions make complex information easy to interpret. They improve decision-making, collaboration, and situational awareness in projects.
Visual representations showing the difference between planned and actual project data, such as excavation progress or ground conditions. They help project engineers to identify deviations and guide corrective actions, reducing delays and mitigating risk.
The process of determining the quantity of material excavated, filled, or transported. It helps project engineers to support planning, cost estimation, and progress tracking in construction and mining operations.
Measures ground or structural vibrations to assess their impact on surrounding environments. It is critical for protecting sensitive structures, ensuring compliance, and maintaining safety during construction activities.
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