Whether you’re monitoring a bridge, aligning a beam, or safeguarding a tailings storage facility, we help you make smart, safe, data-driven decisions.
Wireless condition monitoring in the infrastructure industry is transforming how engineers and operators manage safety, performance, and maintenance across complex environments. Here’s what it looks like in practice across key applications:
Wireless Condition Monitoring in Infrastructure
Wireless sensor networks enable real-time, remote monitoring of structural and geotechnical conditions – without the need for physical inspections or hardwired systems. These systems are compact, battery-powered, and designed to withstand harsh environments, delivering continuous data and instant alerts.
Rail Geometry
Track geometry sensors monitor alignment, cant, and twist to detect early signs of deformation or subsidence.
Tunnels
Tunnel monitoring includes convergence, vibration, and environmental conditions like humidity and temperature.
Bridges
Wireless tilt, displacement, and strain sensors track structural movement, load response, and fatigue. Systems can alert operators to abnormal shifts or vibrations caused by traffic, weather, or seismic activity.
Storage Tanks & Silos
Sensors monitor wall strain, tilt, and foundation movement to prevent collapse or leakage. Wireless systems are ideal for remote or hazardous locations where manual inspection is difficult.
Deep Excavations
Real-time alerts help prevent landslides or excavation failures during construction.
Embankments & Rockfalls
Wireless geotechnical sensors monitor rock face stability and detect precursors to rockfall events. Systems can be deployed in inaccessible or mountainous terrain.
Construction & Buildings
Structural health monitoring includes crack detection, vibration analysis, and load tracking. Wireless systems reduce installation time and allow flexible sensor placement across evolving sites.
Pipelines & Sinkholes
Sensors detect ground movement, pressure changes, and void formation near buried infrastructure. Early warnings help mitigate risks of rupture or collapse.
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Whether you’re monitoring a bridge, aligning a beam, or safeguarding a tailings dam, we help you make smart, safe, data-driven decisions.
Fewer site visits and less time working in challenging conditions means lower risk to your team.
Low operating costs and minimal maintenance requirements enable cost-effective, long life asset monitoring.
Wireless structural health monitoring cuts travel requirements and can extend structural asset life.
Quick to install, quick to deliver the information you need.
Our wireless technology is built for the challenges of long-term structural monitoring.
