Top-tier monitoring tech
Technology pillars — Distributed Fiber Optic Sensing and — power our monitoring Products across industries.
Turning light into intelligence
Distributed fiber optic sensing works by sending laser pulses through an optical fiber and analyzing the backscattered light. Changes reveal variations in temperature (DTS) and vibrations (DAS) along the entire fiber length.
One fiber replaces thousands of traditional sensors — enabling continuous, real-time monitoring of critical infrastructure.
Two sensing modalities
Distributed Temperature Sensing (DTS)
Measures temperature continuously along the fiber. Detects changes as small as 0.1°C over distances up to 50 km.
Distributed Acoustic Sensing (DAS)
Detects acoustic vibrations and strain along the fiber, turning it into thousands of virtual microphones.
From fiber to actionable insights
Five steps transform raw light signals into real-time monitoring intelligence.
Connect fiber to sensing device: The existing optical fiber is connected to a DTS or DAS interrogator unit — no additional sensors needed.
Laser pulses through fiber: The interrogator sends laser pulses through the optical fiber, interacting with it at every point along its length.
Backscattered light analysis: The returning light spectrum is analyzed. Temperature changes affect Raman scattering (DTS), vibrations affect Rayleigh backscatter (DAS).
Data processing & algorithms: Raw data is processed using proprietary algorithms, converting light measurements into calibrated profiles and event data.
Dashboard insights & alerts: Processed data is visualized in real-time dashboards with automated alerts and actionable recommendations.
