Maximize the safety, resilience and value of your building
SmartCore structural monitoring solutions integrate cutting-edge sensor technology with advanced analytics to deliver continuous structural health insights in real-time
Building owners and professionals leverage our proprietary cloud-based platform to access powerful, intuitive reports that transform complex data into actionable insights, enabling timely and informed data-driven decisions
Our cost-effective, turnkey configurations are engineered for rapid deployment, offering a seamless solution that enhances early issue detection, mitigates risks, and prevents unnecessary costs or safety concerns
Measure the impact of environmental forces on structural integrity
Vibrations
Ground vibrations from nearby excavation and construction activity can adversely impact neighboring structures, potentially causing cracks, deformations and structural failures
Unstable foundations
Porous and sandy soil composition make buildings susceptible to differential settlement and uneven load distribution, which generate structural instability, cracks and potential foundation failure
HIGH WATER TABLE
Buildings near sea level face long-term foundation stability challenges due to the corrosive marine environment and soil erosion accelerated by continuous water table fluctuations
WIND LOADS
Particularly in hurricane-prone areas, sustained wind forces place major stress on high-rise structures. The resulting oscillatory movements can lead to cracks and water infiltration, which over time compromise structural stability and integrity
SmartCore modular solutions
Vibrational Monitoring
Track frequency and amplitude of ground vibrations resulting from external factors such as traffic or nearby construction activities. Receive automated alerts and notifications when preset thresholds are exceeded
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Vibrational Monitoring
Track frequency and amplitude of ground vibrations resulting from external factors such as traffic or adjacent construction activities. Receive automated alerts and notifications when preset thresholds are exceeded
01.
Vibrational Monitoring
Track frequency and amplitude of ground vibrations resulting from external factors such as traffic or adjacent construction activities. Receive automated alerts and reports when preset thresholds are exceeded.
01.
Vibrational Monitoring
Track frequency and amplitude of ground vibrations resulting from external factors such as traffic or adjacent construction activities. Receive automated alerts and reports when preset thresholds are exceeded.
01.
Differential Settlement
Monitor the settlement of various parts of the building or foundation over time with precise inclinometers. These devices detect even the slightest tilt or rotation in real-time, alerting to structural movement and potential deformation
02.
Differential Settlement
Monitor the settlement of various parts of the building or foundation over time with precise inclinometers. These devices detect even the slightest tilt or rotation in real-time, alerting to structural movement and potential deformation
02.
Differential Settlement
Monitor how different parts of the building or foundations settle over time. Highly accurate inclinometers detect the slightest tilt or rotation in real-time, which indicative structural movement and deformation.
02.
Differential Settlement
Monitor how different parts of the building or foundations settle over time. Highly accurate inclinometers detect the slightest tilt or rotation in real-time, which indicative structural movement and deformation.
02.
Structural Performance Monitoring
Synchronously record static and dynamic structural responsiveness and leverage the power of operational modal analysis to attain a deep understanding of the building’s dynamic behavioral patterns over time
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Structural Performance Monitoring
Record static and dynamic structural responsiveness and leverage the power of operational modal analysis to attain a deep understanding of the building’s dynamic behavioral patterns over time
03.
Structural PerformanceMonitoring
Record the static and dynamic responsiveness of a building to external forces such as wind. Realtime accelerometer data enables accurate assessment of the building’s overall structural integrity and resilience.
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Structural PerformanceMonitoring
Record the static and dynamic responsiveness of a building to external forces such as wind. Realtime accelerometer data enables accurate assessment of the building’s overall structural integrity and resilience.
03.
Add-ons
Seamlessly integrate third-party sensors for continuous remote monitoring of other conditions such as cracks, slab vertical deflection and groundwater levels.
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Add-ons
Seamlessly integrate third-party sensors for continuous remote monitoring of other conditions such as cracks, slab vertical deflection and groundwater levels.
04.
Add-ons
Seamlessly integrate third-party sensors for continuous remote monitoring of other conditions such as cracks, slab vertical deflection and groundwater levels.
04.
Add-ons
Seamlessly integrate third-party sensors for continuous remote monitoring of other conditions such as cracks, slab vertical deflection and groundwater levels.
04.
Powered by wireless sensors feeding real-time data
System architecture
- The science of Structural Health Monitoring
SHM is the process of continuously monitoring and assessing the condition and performance of structures to ensure their safety, integrity, and longevity. The acquisition of data from strategically positioned sensors, coupled with advanced data processing and analytical tools generate detailed information regarding the responsiveness, integrity, and operational performance of the monitored structure.
Monitor, analyze and take action on your personalized IoT platform
Access your data and analytics 24/7 to asses current conditions, alert notifications and historical trends
Value for all stakeholders
- Owners
RStructural health monitoring is crucial for building owners as it provides real-time data on the integrity and performance of structures, enabling early detection of potential issues and preventing costly repairs. This proactive approach ensures the safety of occupants and prolongs the lifespan of the building.
- Managers
Continuous insights into the structural condition of a building is essential for management as it allows for informed decision-making, reducing the risk of unexpected failures. This helps in optimizing preventative maintenance schedules, improving safety, and minimizing operational disruptions.
- Engineers
Having unrestricted access to live and
historical data before, during and after a specific event, allows for more efficient technical assessment and response to problematic areas. The extensive and customizable analytical and reporting tools facilitate time and cost-effective technical investigations and final assessments, ensurina thorough and accurate understanding of the issues.
- Insurers
Comprehensive data on the conditions and performance of building allows a proactive approach to maintenance and risk mitigation. Additionally, structural monitoring aids in streamlining claims investigations and reducing the uncertainty and costs associated with assessing damage and liability.