Inclinometer
An optical inclinometer measures tilt angles with respect to gravity using optical systems and sensors. It provides high precision by detecting deviations through light — ideal for applications demanding accurate angle measurements.
Structural Health Monitoring (SHM)
Structure Health Monitoring System
Get critical insights about the condition of your infrastructure. Installed on large structures like bridges and dams, our SHM system monitors vibration, displacement, stress, deflection, corrosion inclination, pier tilt, wind speed, bridge scouring and more — so preventive maintenance can be scheduled at the right time to avoid a disastrous incident.
What we monitor
Critical parameters, measured continuously
By analysing these data sets we can determine the load-bearing capability and the remaining life of a bridge — and, most importantly, schedule preventive maintenance at the right time.
VibrationDisplacementStressDeflectionCorrosion inclinationTilt of pierWind speedBridge scouring
Instrumentation
Sensors installed for Structural Health Monitoring
A network of precision sensors captures the complete picture of your structure’s health.
Ambient Temperature & Humidity Sensor
Measures and monitors the temperature and relative humidity of the surrounding air — playing a crucial role wherever maintaining specific environmental conditions is important.
Multi-Axis IMU Sensor
A Multi-Axis Inertial Measurement Unit measures accelerations, angular rates and magnetic field data across multiple axes — providing comprehensive motion and orientation information.
Surface Temperature Sensor
Surface temperature measurement supports safety, energy efficiency and infrastructure management — detecting potential hazards and identifying temperature-related issues in structural elements.
Strain Gauge
Strain gauge sensors monitor structural integrity by measuring deformation and stress. They provide critical data for assessing stability, detecting potential issues, and ensuring safety during construction and operation.
Vibration Sensor
Deployed in tunnels and on bridges to assess the dynamic behaviour of the structure — measuring vibrations caused by passing trains, traffic, construction activities and environmental forces.
Deep Soil Moisture Sensor
Measures temperature and moisture content in the soil at significant depths — providing insights into the soil’s water retention and distribution characteristics around foundations.
How it works
How our system works
These are the stages of remote monitoring and controlling through which we fulfil the needs of Industry 4.0.
01
Data Acquisition
Sensors, actuators, transducers and data acquisition modules are installed on target equipment — acquiring every analog and digital parameter from structures, factories, weather stations and farms.
02
Edge Computing & Gateway
Edge hardware on premises collects and processes data in near real time, then forwards processed and raw data to the cloud through a network gateway.
03
Cloud Server
Data from edge devices is stored on the cloud server, ensuring 24×7 real-time monitoring — with failure reporting via SMS, email and app notifications.
04
Web Dashboard
View data in graphical and tabular form, generate rule-based reports, and set alerts and triggers — from anywhere, on any mobile, tablet or PC.