Monitoring
Detect the unexpected
Monitor construction sites and infrastructure for stability and risk
Monitor construction sites and infrastructure for stability and risk
Construction monitoring
Jobsite safety requires the continuous monitoring of the stability of the work in process and its adjacent structures. Construction-monitoring systems increase awareness of potential risks and support fact-based decision-making, creating peace of mind for the complete project team.
Structural health monitoring
Observe and measure an asset throughout its lifecycle to determine its physical state and performance against design, at any time. This long-term lifespan monitoring can be instrumental in extending the life of your assets.
Promote jobsite safety
Reliable data collection about the health of infrastructure assets
Cost-effective, time-saving autonomous system
With automated deformation monitoring, you can mitigate risk and implement critical safety protocols with a system that costs less than 1% of the project budget.
Market segments
Building structure monitoring
- Site safety
- Adjacent structure stability
- Building structures
- Foundations
- Historical sites
Transportation and infrastructure monitoring
- Tunnels
- Roads and highways
- Railways
- Airports
- Bridges
- Pipelines
Environmental and geological monitoring
- Slope stability
- Subsidence
- Volcanoes
Mine and energy monitoring
- Highwalls
- Dumps
- Tailing dams
Reliable technology. Integrated system.
Total station, GNSS, and third-party geotechnical sensors
Command and control
Visualization, reporting, and alerts
Highlight case studies
Brooklyn Highrise Building
A solar-powered, deformation-monitoring setup was used to detect any potential movements of adjacent structures including buildings, piles, and sidewalks during the excavation, piling, and construction of an 81-story structure.
Long Island Railroad Third Track Expansion
Topcon monitoring was deployed to help stakeholders mitigate possible damage to nearby structures during the construction of a 10-mile third track on the busiest commute line in the U.S.
Grand Paris Express Metro
Monitoring was placed on and around hundreds of structures across Paris before and during underground tunneling work on the largest metro system in Europe. For enhanced safety, even a sub-millimeter deformation will trigger an alarm.
Newcastle Tyne Vehicle Tunnel
Construction of a vehicle tunnel on Newcastle’s heavily trafficked Eastside was one of Britain’s biggest transport projects. Construction monitoring of the existing parallel tunnel provided live deformation data that the operator, surveyor, and contractor could access anywhere in the world.
Metrolinx Canadian Pacific Rail Monitoring
The project was daunting: A utility crossing designed to be constructed under one of the busiest railway corridors in the Great Toronto Area. A total of nine tracks, including two major switches. All the while, passenger and cargo trains were scheduled to pass at 15-minute intervals, with formidable speeds ranging between 70 km/h to 120 km/h.
Getting started with Topcon monitoring
Get in touch with us to learn more about our monitoring solution.
Consultation
Direct consultation for your project to identify needs and match with technologies available.
System design
Systematic design including performance needs such as accuracy, power sourcing, environmental shielding, data transmission, and timespan
of use.
Implementation
Install sensors and systems to deliver real-time data with visualization, periodical reports, and alerts to the project team.
Insights & testimonials
Topcon monitoring systems selected by Vibranalysis for LIRR Expansion...
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