Structural Health Monitoring Services
StructureIQ delivers transformative value to customers through cutting-edge IoT and AI-based real-time structural monitoring solutions that revolutionize how infrastructure is managed and protected. Our patented smart sensor technology continuously monitors the health of critical structures—from bridges and buildings to cable-supported systems—providing unprecedented visibility into structural performance and potential risks. By replacing traditional periodic inspections with continuous real-time structural monitoring, StructureIQ enables asset owners to shift from reactive maintenance to predictive strategies, significantly reducing operational costs while extending infrastructure lifespan.
Insurance Risk
At StructureIQ, we bridge the gap between innovative technology and the insurance industry, enabling precise and proactive risk assessment.
Building Monitoring
StructureIQ’s technology monitors the structural health of buildings, measuring the impact of earthquakes and long-term deterioration.
Bridge Monitoring
StructureIQ’s smart sensor technology continuously monitors for dynamic displacements and reports potential problems.
Offshore Oil Platforms
StructureIQ’s technology detects and characterizes the impacts and movements of offshore oil platform structures and sends timely alerts.
Onshore Petroleum Structures
StructureIQ makes the construction, operation, and maintenance of onshore petroleum structures safer by continuously monitoring for damage, impact, and deterioration.
Seismic Monitoring
StructureIQ’s wireless seismic monitoring technology provides real-time, high-resolution data to support critical decision-making.
Support for ISO Compliance & Structural Risk Mitigation
StructureIQ directly mitigates structural risk by transforming reactive infrastructure maintenance into a proactive, data-driven compliance strategy. By continuously tracking asset integrity and leveraging advanced analytics, our platform eliminates operational blind spots, flags early-stage degradation, and provides asset owners with the verifiable data needed to protect high-value investments and ensure public safety.
StructureIQ Sentinel AI: ISO Standards Alignment
| ISO Standard | Short Description | How StructureIQ Sentinel AI Supports Compliance |
| ISO 2394:2015 | General principles for structural reliability, safety, serviceability, and durability. | Delivers continuous structural health monitoring (SHM), real-time anomaly detection, and predictive insights to accurately quantify and track asset reliability over its entire lifecycle. |
| ISO 13822:2010 | Assessment of existing structures. | Utilizes sensor-based diagnostics and historical deterioration trend visualization to shift aging infrastructure from periodic manual inspections to continuous, condition-based evaluations. |
| ISO 16587:2004 | Performance parameters for condition monitoring of physical structures. | Aggregates dynamic loading, acceleration, vibration, tilt and environmental data to establish measurable performance KPIs and automated alert thresholds. |
| ISO 16739-1:2018 | Industry Foundation Classes (IFC) for BIM interoperability. | Integrates continuous sensor streams directly with BIM and digital twin ecosystems through IFC-compatible data architectures to spatially visualize real-time asset conditions. |
| ISO 22111:2007 | Reliability-based structural design requirements for civil and industrial buildings. | Provides real-world operational data and probabilistic and aggregated risk modeling to flag deviations from expected structural behavior, supporting objective engineering decisions. |
StructureIQ provides an end-to-end continuous Structural Health Monitoring (SHM) solution that supplements manual engineering inspections with an automated, 24/7 ecosystem designed to directly satisfy global ISO structural risk and reliability standards.
StructureIQ streamlines the deployment of continuous SHM by offering a plug-and-play framework that mitigates structural risk and simplifies regulatory compliance. The platform eliminates the high cost and human error associated with intermittent visual checks by continuously capturing real-time asset telemetry, securely transmitting it without burdening facility networks, and translating raw data into actionable engineering insights. This comprehensive approach ensures that facility managers and engineering teams possess the verifiable, auditable data required to maximize structural longevity, optimize maintenance spend, and meet strict international safety codes.