Market: Construction
Construction IoT and Building Lifecycle Monitoring
Use wireless IoT monitoring to track structural humidity, drying conditions, environmental risk, and building data from construction into operation.
Lifecycle Data
Construction Monitoring Should Continue After Handover
Construction IoT helps teams measure conditions that affect drying, structural humidity, indoor environments, and long-term building quality. The same data can support construction decisions, documentation, handover, and facility operations.
FeelPlace connects wireless sensors and gateways with dashboards so teams can monitor concrete drying, moisture risk, temporary IAQ, and building conditions without slow manual readings. The result is more consistent evidence throughout the building lifecycle.
Where It Creates Value
Clear Outcomes for Building Teams
Each use case has its own operational goal, decision owner, and data need.
Structural Humidity
Track moisture levels in building structures and follow drying progress with continuous measurements.
Construction IAQ
Monitor particles, humidity, temperature, and VOC-related changes during construction or renovation phases.
Risk Documentation
Use historical trends as evidence for handover, maintenance planning, and issue investigation.
Wireless Site Deployment
Place sensors where measurements are needed without waiting for permanent wiring or building automation.
From Site to Operation
Keep useful measurement points active after handover to support long-term building health.
Contractor and Owner Alignment
Give contractors, owners, and facility teams one evidence base for conditions and corrective actions.
Construction Signals
What to Measure During Construction
Construction monitoring is strongest when it focuses on risk, evidence, and future building operation.
| Measurement Area | What It Tracks | Why It Matters |
|---|---|---|
| Structural Humidity | Moisture and drying trends in construction materials. | Reduces uncertainty before finishing work and handover. |
| Temperature | Ambient and structure-adjacent temperature conditions. | Supports drying interpretation and site condition control. |
| Relative Humidity | Air humidity around construction and renovation areas. | Helps teams understand moisture risk and ventilation needs. |
| Particles | Dust and particulate trends during work phases. | Supports site safety and indoor environment awareness. |
| Lifecycle Data | Historical records that continue after the building enters operation. | Improves maintenance, investigation, and asset documentation. |
Workflow
How Construction IoT Becomes Building Lifecycle Data
The same sensor network can support construction decisions and long-term facility knowledge.
Plan Locations
Identify structures, rooms, and risk areas where continuous data will reduce uncertainty.
Install Sensors
Deploy wireless sensors and gateways before critical drying, finishing, or renovation phases.
Review Trends
Use dashboards and alerts to follow drying, humidity, particle, and temperature changes.
Transfer Knowledge
Keep relevant data available for owners and facility teams after handover.
FAQ
Questions About Construction IoT and Building Lifecycle Monitoring
Short answers for buyers and facility teams comparing smart building options.
What is construction IoT?
Construction IoT uses sensors, gateways, and cloud analytics to monitor site and building conditions such as structural humidity, drying, temperature, particles, and indoor environments.
Why monitor structural humidity continuously?
Continuous humidity data helps teams understand drying progress, reduce manual spot-check uncertainty, and document conditions before finishing or handover decisions.
Can construction monitoring data be used after handover?
Yes. Historical construction data can become part of building lifecycle monitoring, helping facility teams understand long-term building health and past conditions.
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