Real-Time Structural Health Monitoring Solutions
Bridges, Wind Turbines & Concrete Infrastructure
Adventum Tech’s advanced real-time structural health monitoring solutions empower safer, more efficient construction projects by combining smart IoT sensors, data loggers, and wireless technologies. Our innovative monitoring systems — LiveLoad, TempSense, and SlabControl 5.0 — deliver precise insights into loadbearing performance, concrete testing, and structural integrity, helping you manage construction site safety and sustainability while reducing costly risks.
Sensors: Formwork and In-Situ concrete
Our unique wireless solutions are designed for real-time structural monitoring, loadsensing, and crack monitoring in demanding construction environments. By leveraging Internet of Things (IoT) sensors, wireless accelerometers, and smart structural health monitoring systems, we help future-proof your infrastructure for smart cities, renewable energy sites, and critical civil works.
LiveLoad
LiveLoad is Adventum Tech’s cutting-edge real-time load-bearing sensor for precise measurement of structural stress, load distribution, and variations in critical structures like buildings, bridges, wind turbine foundations, and industrial supports. This powerful IoT sensor combines accelerometer and vibration sensor technology with wireless data loggers to deliver continuous insights during dynamic and static load conditions.
Perfect for temporary supports (formwork, struts), geotechnical anchors, bridge bearings, piles, and columns, LiveLoad helps engineers and contractors validate design assumptions, detect anomalies early, and maintain structural health monitoring throughout the asset lifecycle. With LoRa IoT connectivity, low-power operation, and cloud analytics, LiveLoad is ideal for both construction phases and long-term monitoring of smart city infrastructure.
Load bearing monitoring applications:
- Temporary supports (Struts and Formwork)
- Geotechnical anchors
- Permanent supports and columns
- Bridge Bearings
- Piles
- Other
TempSense
TempSense is our advanced wireless concrete maturity sensor, engineered for real-time concrete testing of temperature, curing progress, and strength development. Using the ASTM C1074 maturity method, TempSense helps optimize formwork removal, post-tensioning, and load applications based on live, accurate data — not estimates.
Ideal for high-performance civil engineering, wind turbine bases, bridges, tunnels, and massive pours, TempSense integrates a temperature and humidity sensor, robust humidity detectors, and wireless data logger capabilities for QA/QC documentation and compliance. Its rugged design is perfect for extreme site conditions, ensuring your construction monitoring remains reliable year-round, even for winter concreting or temperature-critical pours.
Key features:
- Monitoring early-age concrete in wind turbine foundations, bridges, buildings, and tunnels
- Tracking temperature gradients in massive pours
- Real-time strength estimation based on ASTM C1074 maturity method
- Winter/Summer concreting and temperature-critical pours
- QA/QC documentation and construction compliance reporting
SlabControl 5.0
SlabControl 5.0 is Adventum Tech’s flagship real-time structural monitoring system for monitoring the load-bearing performance, settlement, displacement, and tilt of foundation slabs, pile caps, wind turbine structures, and other critical reinforced concrete elements.
Combining high-precision inclination measurement with tilt meters, distance meters, and wireless IoT sensors, SlabControl 5.0 integrates with our secure data platform liveload.app for robust analytics. It delivers early detection of differential settlement, excessive loads, or cracks, ensuring optimal construction site safety, quality assurance, and post-construction performance assessment.
Our advanced system supports structural health monitoring for bridges, buildings, and civil infrastructure in smart cities, making it a vital tool for long-term asset durability and predictive maintenance.
Key features:
- Perform concrete’s maturity calculation
- Monitoring structural loadbearing
- Structural health tracking of pile caps, bridge structural elements, and other reinforced concrete elements
- Quality assurance during construction
- Early detection of differential settlement or excessive loads
- Post-construction performance assessment
Sensors: Vibrations, Tilting & Geotechnical Monitoring
Monitor vibrations, structural tilting, and complex geotechnical behavior in real time with Adventum Tech’s advanced sensor suite — GroundControl, QuakeControl, and FlowSense. Designed for modern structural health monitoring, our wireless IoT sensors, data loggers, and smart LoRaWAN devices deliver actionable insights that help you mitigate risk, ensure construction site safety, and maximize infrastructure resilience for smart cities and high-value assets.
GroundControl
GroundControl is a robust real-time tilt monitoring system developed by Adventum Tech for precise detection of structural inclinations, deflections, and settlement in both construction and operational phases. This wireless tilt meter system continuously monitors structural shifts, empowering engineers and asset managers to detect imperfections early, prevent structural damage, and optimize maintenance schedules.
GroundControl integrates advanced tilt sensors, inclination measurement, and wireless data loggers to deliver reliable structural health data directly to liveload.app — our secure cloud analytics platform. Its scalable deployment is ideal for everything from temporary supports and geotechnical anchors to long-term monitoring of bridges, wind turbine foundations, and building infrastructure.
Key features
- Continuous tilt monitoring with real-time data
- Immediate alerts for excessive inclinations
- Customizable thresholds for various structures
- Comprehensive structural analytics and reporting
- Applicable for both civil engineering and smart city projects
QuakeControl
QuakeControl is Adventum Tech’s advanced real-time vibration monitoring system, engineered to detect and analyze ground vibrations and structural responses in dynamic environments. Combining a high-precision accelerometer vibration sensor with wireless LoRa IoT connectivity, QuakeControl provides instant alerts when vibration levels threaten the stability of critical infrastructure assets.
Ideal for bridges, elevated roads, wind turbine structures, industrial sites, and seismic-prone zones, QuakeControl supports post-seismic event tracking, machinery-induced vibration monitoring, and comprehensive structural health monitoring for aging or newly built infrastructure.
Key features:
- Real-time tracking of traffic-induced vibrations on bridges and roads
- Monitoring wind turbine masts under gust loads
- Early detection of instability in vulnerable structures
- Industrial ground vibration monitoring from heavy machinery
- Post-earthquake structural integrity assessment
FlowSense
FlowSense is Adventum Tech’s advanced wireless real-time groundwater monitoring system, providing critical insights for geotechnical engineering, hydrology, and environmental management. This smart sensor continuously tracks groundwater levels with sub-centimeter precision, helping engineers prevent risks like ground settlement, flooding, or soil instability that can compromise construction safety and long-term asset performance.
Compact, battery-powered, and ideal for remote or harsh conditions, FlowSense seamlessly integrates with LoRaWAN gateways and liveload.app for secure cloud-based data analytics and trend visualization. It’s the perfect solution for foundation pits, excavation zones, tunnels, wind turbine bases, road embankments, bridge abutments, and mining sites, aligning with modern smart city and sustainability standards.
Key features:
- Continuous groundwater level monitoring in construction zones
- Protects foundations, excavation sites, and tunnels from hydrogeological risks
- Enhances long-term stability for renewable energy and wind turbine foundations
- Supports geotechnical monitoring for mining and civil works
- Provides vital environmental data for flood prevention and aquifer health
Turn-Key Adventum Tech monitoring systems
Adventum Tech delivers advanced turn-key structural health monitoring systems that seamlessly combine wireless IoT sensors, smart data loggers, and LoRaWAN connectivity to provide real-time structural insights for bridges, wind turbines, and complex concrete infrastructure. This fully integrated wireless monitoring system empowers civil engineers, contractors, and asset managers to maximize construction site safety, extend asset lifespan, and align with modern smart city standards.
Our comprehensive solutions support real-time monitoring of load-bearing capacity, vibrations, inclinations, settlement, temperature gradients, and more — ensuring complete structural intelligence and actionable insights for proactive maintenance, predictive analytics, and sustainability.
DIGITAL BRIDGE
Digital Bridge by Adventum Tech is a cutting-edge real-time bridge monitoring system that combines state-of-the-art IoT sensors, wireless data loggers, and secure cloud analytics to track the health of bridge structures around the clock. From railway and road bridges to pedestrian and floating bridges, this smart solution continuously monitors load-bearing capacity, vibrations, structural tilting, and deformations to deliver early warnings of structural stress, cracks, or settlement.
With Digital Bridge, bridge operators, infrastructure owners, and municipalities can move towards predictive maintenance, reduce unexpected downtime, and ensure public safety. This intelligent wireless monitoring system aligns with the latest standards for smart cities and modern civil engineering practices, providing unmatched transparency throughout the asset’s lifecycle.
Applications:
- Railway bridges
- Road and highway bridges
- Pedestrian footbridges
- Floating bridges and pontoons
Key benefits:
- Real-time structural health monitoring
- Wireless IoT vibration sensors and inclinometers
- Data-driven maintenance planning
- Long-term structural performance analytics
- Increased bridge safety and resilience
DIGITAL CONCRETE
Digital Concrete by Adventum Tech provides a complete, real-time structural monitoring system designed for concrete works — from formwork and in-situ concrete to reinforced slabs, foundations, and piles. By integrating SlabControl 5.0, LiveLoad, and TempSense sensors, this robust ecosystem measures critical parameters like load distribution, concrete curing, thermal gradients, settlement, and deformation in real time.
Engineers and contractors can mitigate risks, optimize construction schedules, and validate design assumptions with live data — ensuring quality, compliance, and longevity for concrete assets. Post-construction, Digital Concrete supports predictive maintenance and structural health monitoring for long-term performance.
Applications within concrete monitoring:
- Commercial and residential buildings
- Bridge decks and supports
- Tunnels and underground structures
- Ports, piers, and maritime concrete works
- Pile foundations and wind turbine bases
- Railways and airports
Key benefits:
- Full-cycle concrete monitoring
- Wireless IoT sensors with LoRaWAN gateways
- Real-time maturity and temperature tracking
- Early detection of excessive loads and settlement
- Cloud analytics for QA/QC and sustainability reporting
DIGITAL WIND
Digital Wind by Adventum Tech is an advanced real-time wind turbine monitoring solution, combining high-precision IoT sensors and wireless monitoring systems to secure the structural integrity of wind farm assets. This system tracks foundation load-bearing performance, vibrations, mast tilting, and blade stress to detect anomalies early, reduce unplanned downtime, and optimize operational efficiency.
Designed for both new and existing wind turbine structures, Digital Wind integrates seamlessly with various foundation types — from monopile and tension-anchored bases to tripod and floating foundations — providing operators and renewable energy developers with a reliable tool for predictive maintenance, sustainability, and grid resilience.
Foundation types supported:
- Monopile
- Cantilever slab
- Tension-anchored
- Tripod
- Floating offshore wind foundations
Key benefits:
- Continuous structural health monitoring of wind turbines
- Wireless vibration and tilt sensors for mast and foundation
- Early warnings for settlement and stress anomalies
- Data-driven performance optimization
- Supports renewable energy goals and smart grid integration
Build Safer, Smarter, and Sustainable Assets
With Adventum Tech’s turn-key real-time structural health monitoring systems, you gain industry-leading wireless IoT monitoring, smart data analytics, and unmatched risk mitigation — all in one integrated platform. Future-proof your infrastructure, enhance construction site safety, and enable data-driven decision-making for bridges, wind turbines, concrete structures, and smart cities worldwide.
Adventum Tech Structural Design: Observational Method
In the evolving landscape of structural engineering, the Observational Method (OM) has emerged as a dynamic approach to design and construction, emphasizing real-time monitoring and adaptive decision-making. Adventum Tech, a Latvian innovator, stands at the forefront of this methodology, integrating their proprietary IoT sensor technology to revolutionize how structures are monitored and managed throughout their lifecycle.
Understanding the Observational Method in Structural Design
The Observational Method is a proactive design strategy that involves:
- Initial Design Based on Best Estimates: Developing a design grounded in the most probable conditions, incorporating contingency plans for unforeseen scenarios.
- Establishing Acceptable Limits: Defining thresholds for structural performance parameters such as settlement, stress, and displacement.
- Implementing a Monitoring System: Deploying sensors and instrumentation to capture real-time data on structural behavior.
- Defining a Response Plan: Outlining predetermined actions if monitoring data indicates deviations from expected performance.
- Continuous Feedback and Design Adjustment: Utilizing real-time data to validate or adjust design assumptions, ensuring optimal performance and safety.
SoundControl: Measures ambient noise pollution, ensuring compliance with environmental standards.
Wireless Base 5G: Serves as the central hub, collecting data from all sensors and facilitating seamless communication.
SoundControl: Measures ambient noise pollution, ensuring compliance with environmental standards.
Integration with liveload.appAll sensor data is transmitted to Adventum Tech’s proprietary cloud-based platform, LiveLoad.App, which offers:
- Data Aggregation and Storage: Centralized repository for all monitoring data, ensuring easy access and retrieval.
- Real-Time Analysis: Immediate processing of incoming data to detect anomalies and trends.
- Customizable Dashboards: User-friendly interfaces tailored to specific project needs, facilitating informed decision-making.
- Secure Access: Protected data access for authorized stakeholders, maintaining data integrity and confidentiality.
- Advantages of Adventum Tech’s Observational Method Approach