Rail track geometry and displacement monitoring
Track cant, twist, displacement and elevation changes in real time to detect anomalies and preserve railway integrity.


Why monitor railways?
Railway tracks are subject to deformation due to ground movement, traffic loads, thermal expansion, and structural settlement. Small geometric deviations can escalate into major safety hazards, affecting operational continuity and passenger safety. Continuous monitoring of rail alignment and stability is essential to ensure long-term performance and avoid critical disruptions.
How structural monitoring system works
From sensor installation to data analysis, Move Solutions delivers a fully wireless structural health monitoring solution.
Deploy wireless devices on site. Sensors connect automatically via LoRaWAN.
Data flows to the cloud and is managed in MyMove, remotely and in real time.
Turn raw data into engineering insights with advanced built-in Tools for smart structural analysis.
Generate customized PDF reports automatically—ready to share with contractors, stakeholders, or authorities.
Why choose Move Solutions for railway monitoring
Monitor track geometry, alignment, and dynamic behavior with a wireless system designed for continuous, unattended operation. Move Solutions enables precise control of cant, twist, and vertical displacement—supporting predictive maintenance and infrastructure safety across the rail network.
Key points of structural monitoring


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Recommended wireless sensors
Move Solutions offers high-precision, low-power sensors for structural, geotechnical, and environmental monitoring.
The all-in-one
structural health monitoring platform
MyMove is the cloud platform that powers your structural health monitoring system.
It collects data from wireless and third-party sensors, organizes it by asset, and delivers engineering-grade insights—anytime, anywhere.

From sensor data to structural insight
Analyze time-series data, compare sensors, and uncover structural trends. MyMove turns raw measurements into insight and delivers shareable PDF reports automatically.
Create custom charts and profiles
Correlate multiples historical trends
Custom PDF templates with branding and layout
Scheduled reports for clients and authorities

Remote configuration and alarm control
MyMove enables full remote management of your structural monitoring system. Directly from the platform, engineers can configure sampling intervals, communication frequency, firmware updates, and threshold-based alarms based on real-time or derived parameters.
Sensor-level configuration of acquisition mode, frequency, triggers, and more
Definition of multi-parameter alarms and threshold conditions
Continuous diagnostics on signal strength and connectivity
Smart tools for structural health monitoring
MyMove includes built-in Advanced Tools specifically designed to simplify and optimize the monitoring of complex infrastructure applications.
No external software. No post-processing. Just clear, actionable insights.
Tiltmeter Chains Tool – compute spatial displacement and deformation trendsure frequency, triggers, and more
Modal Analysis Tool – identify modal frequencies, damping, and vibration modes
Rail Monitoring Tool – track cant, twist, and vertical alignment over time

Correlate long-term behavior

Full control of raw sensor data

Custom PDF reports for any stakeholder

Monitor health and connectivity

Manage devices remotely

Set multi-parameter alarms

Modal Analysis Tool

Tiltmeter Chains Tool

Bulk sensor setup & calibration

Book a live demo with our team
Discover how our platform collects data, manages your sensors remotely, and delivers structural insights—live, in one call.
Download the brochure
Everything you need to monitor your rail infrastructure.
Get the full brochure to explore sensor configurations and monitored geometry parameters

Worldwide success stories
Discover how our monitoring systems are used worldwide to solve real engineering challenges across bridges, tunnels, railways, and more.

Construction Site Monitoring
Dynamic and Static Load Tests of a Metal Bridge on a Construction Site
A temporary metal bridge was built to join the two banks of the river that divides the construction site of the new bridge in San Lorenzo di Sebato, in Trentino Alto Adige. The main function of this temporary structure, on a construction site, is to allow the passage of vehicles and heavy vehicles necessary during the development of the construction site. The purpose of this construction site is to build the new bridge that will connect the Pusteria state road with the new access to Val Badia. The structure of this new bridge is 144 meters long and 1,040 tons heavy.
Italy

Historic Buildings Monitoring
Monitoring a Historic Windmill Undergoing Repair Works
At the beginning of 2022, the SPAB and their Mills Section started a repair project at Kibworth Harcourt Mill, an outstanding historic post mill at Kibworth Harcourt in Leicestershire. Most of its structure dates back to 1711 or earlier and its interior is covered with graffiti of millers who worked there in the past. It is a Grade II listed building and a Scheduled Ancient Monument. Kibworth Mill is the last survivor out of the 211 post mills in Leicestershire, which makes it an important part of local and national milling heritage.
Leicestershire, UK

Building Monitoring
Real-Time Monitoring for Coastal High-Rise Safety in Miami
In 2024, a study by the University of Miami raised concerns across Florida’s coastal communities. It revealed that 35 buildings along the Miami Beach to Sunny Isles Beach coastline — including the Marenas Beach Resort — are experiencing subsidence. For the residents and management of this 28-story condo-hotel, the news was unsettling, especially with the nearby construction of the 60+ story St. Regis towers just beginning.
Sunny Isles Beach, Miam, Florida (USA)
Ready to monitor your railways?
Talk to our engineers, schedule a demo, or request a proposal.
Contact our team