Have Moisture Free Timber Buildings with RAKwireless and LoRaWAN® Connectivity
| Quick Look: Use Case Summary | |
|---|---|
| Industry | Building Construction |
| Sub-Industry | Timber Buildings / Mass Timber Construction |
| Deployment Area | Remote Construction Zones |
| IoT Stack Used | Moisture sensors + LoRaWAN, RAK7268CV2 Gateway, WisDM cloud platform |
Highlight Summary
- Pinecore Builders helps protect timber buildings from hidden moisture damage.
- Its wireless moisture monitoring system tracks moisture, temperature, and humidity inside timber structures.
- LoRaWAN sensors make monitoring practical across rooftops, remote sites, and finished timber buildings.
- RAK7268CV2 gateways send sensor data from hard-to-reach areas to the cloud.
- WisDM supports remote gateway management, zero-touch provisioning, and multi-location control.
- The result is real-time data, early warnings, and safer long-term timber monitoring.
Company Profile
Timber structures are quickly becoming a symbol of modern and sustainable architecture. Pinecore Builders is a company that helps protect modern timber buildings through advanced moisture detection from CLT (Cross-Laminated Timber) rooftops to full timber-framed buildings.
Pinecore Builders’ wireless moisture detection system helps construction teams and building owners keep an eye on wood moisture, temperature, and humidity. Each moisture sensor and humidity sensor helps teams understand what is happening inside the timber before damage becomes visible. They can now do this without needing to open up walls or check things by hand.
More builders are choosing timber for its sustainability and strength every day. Therefore, the need to keep these structures safe and dry becomes more urgent. Pinecore Builders offers a smart solution to detect moisture problems early and reduce long-term damage.
Their system works through a simple yet powerful setup:
| How Does the Moisture Detection Solution Work? | |
|---|---|
| Feature | What Does it Do? |
| Wireless Sensors Embedded in Timber | Placed directly into timber structures to track conditions inside the material. |
| Real-time Data Streamed to the Cloud | Sends live data to an easy-to-use cloud platform for easy monitoring. |
| AI-driven Risk Scores | Detects potential water damage early and alerts teams to take quick action. |
These IoT sensors work from inside the timber, so teams can collect condition data without repeated manual inspections. Pinecore Builders’ system removes the need for invasive inspections like breaking into walls or using manual tools to check for water damage. This ensures proactive maintenance and promotes long-term asset value. With Pinecore Builders’ advanced moisture detection solutions, projects can also qualify for green building certifications like:
LEED (Leadership in Energy and Environmental Design)
BREEAM (Building Research Establishment Environmental Assessment Method)
DGNB (German Sustainable Building Council)
By helping construction teams monitor moisture and prevent damage early, Pinecore Builders adds real value and trust to timber-based projects.
Problem
Moisture often enters wooden structures without being noticed. If this happens, it can weaken the structure, damage property, raise repair costs, and create health risks like mold. Builders, owners, and facility teams need a reliable way to detect moisture early and avoid these issues before they grow worse.
The Challenge of Hidden Moisture in Timber Construction
With timber's incredible benefits comes a critical challenge of moisture management. If water ingress is not detected timely, it can slowly damage the wood from the inside. If left unresolved, this can lead to:
- Serious structural failures
- Growth of mold and health risks for the occupants
- Expensive repairs that may delay project timelines
- Safety concerns for builders, owners, and facility managers
Traditional inspection methods cannot always catch these problems on time. They often:
- Depend on manual checks, which are not always accurate
- Require physical access, which may damage the structure
- Miss early signs of moisture that are not visible yet
Without a reliable way to track moisture, builders may not notice the risk until it becomes too big to ignore.
Location
Denmark
Why LoRaWAN Just Works?
Pinecore Builders’ advanced moisture monitoring system works so well because of a key technology behind it, the LoRaWAN connectivity.
Unlike everyday options like WiFi or Bluetooth, LoRaWAN offers two major advantages to timber buildings. LoRaWAN uses very little power and can send signals over long distances. This is exactly what timber buildings need, especially when sensors are placed across large areas like rooftops, walls, and far-off corners of a site. This makes LoRaWAN sensors a strong fit for wide-area moisture monitoring across construction zones and finished buildings.
Here’s why that matters:
- Construction sites constantly change. They are temporary, often crowded, and rarely set up for reliable internet access. Installing permanent wiring is rarely practical, and public WiFi isn’t always available or secure. That’s where LoRaWAN helps.
- With private LoRaWAN networks, teams can set up their own secure system. They don’t have to rely on outside internet providers. This reduces delays and gives teams more flexibility and control over how data flows from the sensors to the cloud
- The LoRaWAN setup is simple and doesn’t need a lot of infrastructure. That means less interruption to building work and lower running costs over time.
All of this makes LoRaWAN the ideal choice for real-time monitoring in the field. It gives solutions like Pinecore Builders’ system the flexibility and reach they need to protect timber structures from hidden moisture problems.
The Solution
LoRaWAN offers a strong network that connects moisture sensors across large timber buildings. It brings long-range coverage, low power use, and reliable data flow in places where WiFi or wired networks cannot work.
However, to really make LoRaWAN work well, you need smart IoT tools that make it easy to set up moisture devices, manage networks from anywhere, and keep track of real-time data from multiple, different sites. That’s where RAKwireless intercedes.
Pinecore Builders knew that having just connectivity was not enough. They also needed a system that could scale easily, and ended up choosing RAKwireless as partners.
The RAK Tools That Gave Pinecore Builders Its Edge
To make their smart monitoring solution function, Pinecore Builders built their system using the RAK7268CV2 gateway for LoRaWAN and a network management platform called the WisDM. The LoRaWAN gateway helps sensor data move from hard-to-reach timber areas to the cloud for remote review.
- RAK7268CV2 Gateways offer strong and reliable LoRaWAN coverage indoors. They are a perfect fit for job sites, rooftops, and inside building walls where moisture risks often hide.
- WisDM enables remote management and offers multi-location network control.
- Zero-touch Provisioning: The platform supports zero-touch provisioning. This means teams can install and activate gateways and monitor dozens or even hundreds of sensors without physically visiting each location.
By partnering with RAKwireless, Pinecore Builders can deliver smarter protection for timber buildings from the first day of construction to long after the project is complete.
Smarter Timber Projects from the Ground Up
By combining Pinecore Builders’ smart sensing system with RAKwireless’s robust IoT tools, timber projects can now avoid guesswork and act with confidence. The result is a smoother building process, stronger asset protection, and greater peace of mind for everyone involved. This isn’t just a tech upgrade. It’s a smarter and more sustainable way to build with timber.
Lead the Way with Smart Timber Monitoring
Don’t wait for hidden moisture or data gaps.
Contact RAKwireless today to build a reliable LoRaWAN network that keeps your timber projects connected and protected in real time.
Contact RAKwireless today to build a reliable LoRaWAN network that keeps your timber projects connected and protected in real time.
