Measure Strain. Understand Structural Health.
AI-BOTDA utilizes Stimulated Brillouin Scattering (SBS) technology to simultaneously measure micro-strain and temperature distributions across giant engineering structures with high precision. Integrated with DAITTO AI structural mechanics models, it delivers full life-cycle structural health assessment and risk pre-warning for bridges, dams, skyscrapers, and subsea pipelines.
DAITTO AI-BOTDA combines distributed Brillouin sensing with intelligent data analysis to monitor strain and temperature along optical fiber. For pipelines, bridges, tunnels, dams, large structures and critical infrastructure, AI-BOTDA provides distributed condition information that can support structural health assessment and predictive maintenance.
Measures micro-strain (με) with exceptional precision while decoupling thermal effects.
Supports continuous structural monitoring up to 80-100 kilometers for massive civil infrastructure.
Intelligently models structural deformation trends to forecast cracking, settlement, and failure risks.
Detects localized stress concentrations and micro-deformations long before structural deterioration.
BOTDA uses the Brillouin interaction in optical fiber to derive distributed information related to strain and temperature. DAITTO intelligent analytics processes the spatially distributed data to identify abnormal changes, trends and potential deterioration. By continuously observing the asset rather than relying only on point measurements, AI-BOTDA provides a broader view of structural behavior.
AI-BOTDA provides the distributed structural intelligence needed to move from periodic inspection toward continuous asset health awareness.