A spatial reference system using three values—X (horizontal), Y (vertical), and Z (elevation)—to define precise locations in three-dimensional space for mapping and engineering.
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.
Refers to a centralized, authoritative repository where data is stored, managed, and regularly updated. This transparent approach eliminates data silos, reduces errors, and ensures project stakeholders work from consistent, accurate, and verified project information.
Represents periodic signals sent by a device to confirm it is active and functioning correctly. These signals help project engineers detect faults or communication issues early on, ensuring continuous data collection and system reliability in monitoring and control applications across the entire project.
Predefined thresholds that, once surpassed, activate specific actions or alerts. They are essential for proactive risk management, helping ensure safety, compliance, and operational efficiency in engineering projects.
Tracks the operational status of systems or equipment to measure productivity and identify causes of outages. These insights help improve reliability, optimize maintenance, and minimize costly interruptions.
Involves measuring and assessing conditions in subsurface environments, such as ground movement, water ingress, or structural stability. It ensures project safety, compliance, and early detection of potential hazards.
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