Your digital building physicist. Always on site.
Intect monitors moisture and temperature of your mineral building materials around the clock — warns of remoistening and drying disruptions, recommends when to ventilate, heat and test, and documents everything seamlessly until the end of the warranty. Directly via WhatsApp.
Screed
22.4 °C
Recommendation
Ventilate now
Documentation
active since day 1
Trusted by
Moisture is the greatest enemy of buildings.
It costs the most in the screed: residual moisture decides covering readiness — and covering too early is the most expensive defect in construction. Remoistening, stalled drying times and improper drying heating stay invisible as long as you only spot-check with a CM test. Intect measures continuously inside the component: knowing, not guessing — from day one to the end of the warranty.
What your digital building physicist delivers
Early warning instead of late consequences
Detects remoistening and drying that isn't going to plan early — before it becomes damage.
Active recommendations
When to ventilate and when not to, when a CM test makes sense — plus a covering-readiness forecast.
Control of drying heating
Monitors the heating phase and warns of improper execution.
Seamless evidence trail
Time-stamped documentation across the entire warranty phase — errors traceable, a solid record in case of dispute.
Leak localisation after installation
Locates leaks based on the moisture curve inside the component.
The site reports to you
No new app needed: warnings and recommendations arrive directly via WhatsApp. The AI agent answers questions about the drying progress instantly — in your language.
How it works
Place the sensor
The AntOne sensor is positioned in the screed during installation — fully embedded, nothing protrudes.
Data flows
Moisture and temperature transmit continuously through the material to the gateway and into the Intect Cloud.
Warning, recommendation & proof
Warnings and recommendations arrive via WhatsApp; every curve is documented with timestamps — from day one to the end of the warranty.
Control of the construction phase shows most clearly where deadlines and money are at stake — covering readiness.
One application: screed drying
Covering too early is the most expensive construction defect.
The drying curve in g/m³ — comparable with the CM reference — shows at any time where the screed stands. Ventilation and drying heating are controlled on measured values; the CM test is scheduled when the curve justifies it.
In existing concrete, too
We also measure the moisture curve continuously in existing concrete — before refurbishment, before covering or after water damage. The sensor is retrofitted with a minimally invasive step and transmits through the material, without cables.
What is measured
- Material temperature & moisture
- Directly inside the component, continuously.
- Room climate
- Temperature and humidity as reference.
- Nearest weather station
- Outdoor climate feeds into the evaluation.
- Drying forecast
- Expected curve up to covering readiness.
- Alerts
- On stagnation, condensation risk or renewed rise.
Who it's for
Screed layers
Evidence for your own work: the documented curve proves proper installation and drying — even years later.
Site managers / GC
Control over deadlines and liability: detect disruptions early, base decisions on measured data, delineate responsibilities cleanly.
Architects & clients
Documented certainty in the project records: the seamless moisture history as part of acceptance and warranty documents.
Test it in your own project.
Request a pilot project — we will get in touch with you shortly.
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