NAVIGATION
Civil
Civil projects rely on measurement data to make high-consequence decisions; load restrictions, remediation scope, construction staging, and long-term asset management. In practice, the hardest part is not choosing sensors, it is running a measurement system that stays reliable in the field. Long cable runs, harsh environments, limited access, power constraints, and multi-year timelines can introduce noise, drift, timing mismatch, and data gaps that make results difficult to defend.
Gantner Instruments provides the data acquisition and edge layer used across civil applications, from short-term verification tests to permanent monitoring programs. Our modular platform supports mixed sensor types, time-synchronized recording, and open interfaces for integrating third-party systems and analytics environments.
As a leading provider of large-scale civil structure monitoring solutions, Gantner Instruments specializes in Bridge Monitoring, Weigh-In-Motion (WIM), Structural Health Monitoring (SHM), and Condition Monitoring, employing a range of technologies such as railway bridge monitoring, eigenfrequency assessment, video time sync, strain measurement, inclination analysis, environmental data capture, and vibration monitoring to ensure structural integrity and safety.
Gantner’s monitoring solutions are built on a robust infrastructure of distributed data acquisition (DAQ) modules and a central Q.station controller, which work in unison to collect, synchronize, and concentrate data from various sensors such as accelerometers, strain gages, and cameras, providing seamless access to this data via an open API on our cloud-based platform, GI.cloud.
Utilizing our advanced Q.core system for local data analytics and the powerful GI.cloud for cloud-based analytics, Gantner Instruments’ monitoring solutions deliver superior performance for civil structures and mobile vehicle fleets. We provide real-time, remote insights into parameters like strain, inclination, and vibration, ensuring optimal operation, safety, and durability of these critical assets, while offering a comprehensive understanding of asset health through local and cloud-based analytics.
GI.cloud enables remote configuration and visualization of data collected from our advanced sensor technology, offers real-time analysis through data science with Python, and ensures precise time synchronization of the Q.controller (GPS, DCF77, NTP, PTPv2), providing a holistic, efficient, and future-proof platform for the monitoring of large-scale civil structures.
Gantner Instruments’ cutting-edge civil engineering monitoring solutions feature distributed data acquisition modules, which can be connected via wired, fiber optic, or wireless networks, effortlessly bridging distances of several hundred meters while maintaining high-speed data transfer rates up to 100kHz, ensuring accurate and comprehensive analysis of vital parameters for large-scale civil structures.
Gantner Instruments’ advanced monitoring solutions seamlessly integrate synchronized picture and video data from connected cameras with our distributed data acquisition modules, delivering a comprehensive, multi-dimensional overview of strain, inclination, environmental effects, and vibrations in large-scale civil structures, enhancing real-time analysis and condition monitoring.
Civil monitoring
Rugged DAQ
Wireless Measurement
Acoustic Emission
Fibre Optics
Civil monitoring
Civil monitoring focuses on assessing the structural condition and safety of infrastructure such as bridges and transportation systems. Gantner Instruments provides the data acquisition and edge layer used across civil applications, from short-term verification tests to permanent monitoring programs. It combines strain, vibration, eigenfrequency, and inclination monitoring with environmental sensing, Weigh-In-Motion, railway bridge monitoring, and time synchronized video to detect structural changes early.
Rugged DAQ
In harsh outdoor environments, robust and distributed data acquisition is essential. Communication and power are combined in a single hybrid bus cable, enabling simple installation and distances of over 100 m between Q.solids modules.Wireless Measurement
Wireless Sensors for Measurements Where Cabling Is not Practical. When structures are large, moving, or difficult to access, wireless sensors enable measurements exactly where data is needed.
Acoustic Emission
Acoustic emission enables real-time detection of active damage mechanisms such as crack initiation, crack growth, and material fatigue, providing early warning before visible structural deterioration occurs.
Fibre Optics
All the benefits of fiber optic measurement without the hassle. Measuring with light distributed through an optical fiber as thin as a human hair demands the highest precision and performance.
Bridge Monitoring
Bridge behavior is governed by changing loads, temperature effects, and boundary conditions. Bridge monitoring requires synchronized measurement of strain, displacement, inclination, vibration, and environmental reference data so responses can be correlated to events and trended over time.
Structural health monitoring
SHM programs succeed when the dataset remains stable over years and stays time-aligned across distributed sensor networks. The goal is actionable evidence: early detection of change, defensible alarms, and data that can feed structural models and digital-twin workflows.
Condition Monitoring
Condition monitoring connects operating loads and environmental influences to structural or system response. It supports early detection of abnormal behavior, verification after repairs, and data-driven maintenance planning across civil and industrial-adjacent assets.
Why Gantner Instruments
Comprehensive Civil Structure Monitoring Solutions
As a leading provider of large-scale civil structure monitoring solutions, Gantner Instruments specializes in Bridge Monitoring, Weigh-In-Motion (WIM), Structural Health Monitoring (SHM), and Condition Monitoring, employing a range of technologies such as railway bridge monitoring, eigenfrequency assessment, video time sync, strain measurement, inclination analysis, environmental data capture, and vibration monitoring to ensure structural integrity and safety.
Robust Infrastructure for Seamless Data Access
Gantner Instruments monitoring solutions are built on a robust infrastructure of distributed data acquisition (DAQ) modules and a central Q.station controller, which work in unison to collect, synchronize, and concentrate data from various sensors such as accelerometers, strain gages, and cameras, providing seamless access to this data via an open API on our cloud-based platform, GI.cloud.
Optimized Performance with Advanced Analytics
Utilizing our advanced Q.core system for local data analytics and the powerful GI.cloud for cloud-based analytics, Gantner Instruments’ monitoring solutions deliver superior performance for civil structures and mobile vehicle fleets. We provide real-time, remote insights into parameters like strain, inclination, and vibration, ensuring optimal operation, safety, and durability of these critical assets, while offering a comprehensive understanding of asset health through local and cloud-based analytics.
Efficient, Future-Proof Monitoring Platform
GI.cloud enables remote configuration and visualization of data collected from our advanced sensor technology, offers real-time analysis through data science with Python, and ensures precise time synchronization of the Q.controller (GPS, DCF77, NTP, PTPv2), providing a holistic, efficient, and future-proof platform for the monitoring of large-scale civil structures.
High-Speed, Versatile Data Acquisition Modules
Gantner Instruments’ cutting-edge civil engineering monitoring solutions feature distributed data acquisition modules, which can be connected via wired, fiber optic, or wireless networks, effortlessly bridging distances of several hundred meters while maintaining high-speed data transfer rates up to 100kHz, ensuring accurate and comprehensive analysis of vital parameters for large-scale civil structures.
Integrated Analysis for Large-Scale Structures
Gantner Instruments’ advanced monitoring solutions seamlessly integrate synchronized picture and video data from connected cameras with our distributed data acquisition modules, delivering a comprehensive, multi-dimensional overview of strain, inclination, environmental effects, and vibrations in large-scale civil structures, enhancing real-time analysis and condition monitoring.
What our clients say
We appreciated Gantner’s quick response and support in developing the solution for our application.
GradientWind 
The hardware system from Gantner works perfectly, especially with seismic accelerometers; measurements match the FEM model almost perfectly.
University of Tirana 
Application Examples
Gantner’s cutting-edge DAQ technology is trusted globally for applications in the mobility, aerospace, civil engineering, and energy sectors. Choose from the following industry examples to discover the most versatile DAQ on the market.
AE
Measuring temperature in components of Hybrid Electric Drives
For our client, a well-known German engineering and technology market leader, we delivered the testing application solution for temperature measurements of components and new materials of hybrid electrical drives.
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