Research & Development
Advancing high-precision acoustic sensing technologies for structural health monitoring — pushing spatial resolution to where early-stage damage actually becomes visible.
What we researchSignoPhoton develops advanced fiber optic sensing systems that detect structural degradation earlier — turning light into a continuous, high-resolution picture of how your assets are really behaving.
From fundamental research on high-precision acoustic sensing to fully engineered systems delivered for your asset.
Advancing high-precision acoustic sensing technologies for structural health monitoring — pushing spatial resolution to where early-stage damage actually becomes visible.
What we researchTailoring sensing solutions and delivering complete systems to your specific needs — from case-study analysis and system selection through to a deployable product.
How we deliverOnshore and offshore turbine blades
Composite airframes and structures
Bridges, tunnels and structures
Pipelines, risers and platforms
Fiber optic sensing lets a single strand carry acoustic, strain and temperature information along its entire length — no batteries, no electronics in the field, no electromagnetic interference.
Distributed acoustic sensing (DAS) at the spatial resolution needed to capture the acoustic events released by early damage in composite materials.
High-spatial-resolution strain gauges that follow load paths continuously instead of sampling a handful of discrete points.
Distributed temperature sensing for thermal profiling and for compensating strain and acoustic measurements.
Tell us what you need to monitor and we will work through the case study, the sensing system selection and the delivery with you.