Fiber Optic

Fiber optic technology is an advanced solution for geotechnical and structural monitoring, capable of measuring strain, temperature, pressure, displacement, tilt, and vibration with high precision over long distances using light as the transmission medium.

It offers sub-millimeter precision, total immunity to electromagnetic interference, high stability, and a long service life, allowing for a high density of measurement points on a single fiber. Its wide range of optical sensors, based on FBG (Fiber Bragg Grating)technology, includes sensors for strain, temperature, displacement, tilt, pressure, and acceleration.

Data is acquired through high-speed optical interrogators and processed on specialized platforms for analysis, alert generation, and advanced visualization.

This technology is ideal for the continuous monitoring of critical infrastructure such as tunnels, dams, bridges, pipelines, wind turbines, mines, tailings dams, and other large-scale engineering projects, providing reliable information for structural health assessment and risk management.

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