See Temperature Changes. Detect Risk Earlier.
AI-DTS utilizes Raman Scattering principles and Optical Time Domain Reflectometry (OTDR) to deliver continuous, real-time temperature profiling along the entire length of an optical fiber cable. Combined with AI-driven dynamic trend prediction, the system detects minute thermal anomalies long before visible fire or overheating occurs, safeguarding power cables, traffic tunnels, storage tanks, and industrial assets.
DAITTO AI-DTS combines distributed temperature sensing with intelligent analytics to provide continuous, location-based temperature monitoring along optical fiber. From pipeline leakage and fire detection to cable overheating and industrial process monitoring, AI-DTS turns temperature data into an intelligent early-warning layer for critical assets.
Eliminates traditional point-sensor blind spots by providing uninterrupted temperature profiles along the entire cable path.
Analyzes historical temperature curves and Rate-of-Rise (RoR) metrics to provide early hazard alerts while preventing false alarms.
Achieves fine temperature resolution down to 0.1°C and spatial resolution down to 1 meter.
Fiber optic cables are flame-resistant, corrosion-proof, and designed for maintenance-free operation over decades.
AI-DTS measures temperature continuously along the optical fiber and maps thermal changes to their physical locations. Intelligent algorithms can compare measurements with configured thresholds, historical patterns and operating conditions to identify abnormal thermal behavior. This provides operators with an early indication of developing events before they become major incidents.
AI-DTS transforms distributed temperature data into a continuous thermal safety layer for industrial operations.