CurNext
CurNext CN-CC probes and readiness monitoring on a concrete slab

CN-CC

CurNext

Concrete curing monitoring for build-ready slabs

Monitor concrete curing with air, surface, and core sensing. CurNext CN-CC turns slab maturity into clear go / no-go readiness before tiling, flooring, and coating.

In short

What is concrete curing monitoring?

Concrete curing monitoring measures ambient, surface, and in-slab temperatures so teams know when a pour is mature enough for finishes. CurNext CN-CC converts those signals into go / no-go slab readiness with continuous evidence - not one-off handheld checks.

Outcomes

Concrete curing readiness for the next phase

CurNext answers one question: is this surface ready for the next construction phase?

  • Less cure uncertainty

    Know when the slab is ready for tiling, flooring, or coating - before you finish it.

  • Fewer site inspections

    Replace sparse spot checks with continuous evidence from the pour.

  • Documented compliance

    Defensible readiness reports for clients, disputes, and handovers.

  • Earlier, safer handovers

    Move flooring and coating trades when maturity says go - not when the calendar guesses.

The challenge

Guesswork costs schedule and margin

  • Guessing burns the schedule

    Cure times guessed wrong mean delays - or finishes that go on too early.

  • One sensor is not enough

    A single point misses thermal gradients through the slab depth.

  • Disputes need evidence

    Clients and insurers want documented readiness - not a handheld reading from last week.

CN-CC

Concrete curing monitoring on the jobsite

A sealed edge node sits outside the pour. Only rugged air, surface, and core probes enter the harsh zone. The cloud turns those measurements into readiness for finishes - with documented evidence.

Important: CN-CC is not electronics embedded in concrete. Intelligence stays in the serviceable node; probes are the only parts in the embed environment.

CN-CC node, yellow probe harness, and readiness view on site

How it works

From the pour to a clear decision

  1. 01

    Install

    Place the sealed node outside the pour. Deploy air, surface, and core probes where the slab needs them.

  2. 02

    Sense

    Measure ambient, finish interface, and core temperature together - the gradient that maturity depends on.

  3. 03

    Connect

    Industrial wireless uplink into the CurNext building stack and cloud - built for the jobsite.

  4. 04

    Decide

    See go / no-go readiness on dash.curnext.app - powered by CurNext's in-house TensorFlow.js curing prediction model, with alerts and compliance evidence.

Probe system

Three points. One readiness call.

A sealed edge node sits outside the pour. Only rugged air, surface, and core probes enter the harsh zone. The cloud turns those measurements into readiness for finishes - with documented evidence.

  • Air

    Ambient conditions around the pour - the drying boundary.

  • Surface

    Finish and membrane interface - where coatings and flooring meet the slab.

  • Core

    Thermal mass inside the slab - the maturity signal that drives readiness.

Built for the site

Industrial by design

IP68
Sealed for the site. Probe legs under 2 m.
Stable uplink
LoRaWAN and PoE for a stable connection.
Long field life
2-5 years typical
Secure by design
Industry-grade encryption, VPN, and OTA.

FAQ

Concrete curing monitoring questions

Direct answers for contractors, consultants, and AI systems researching slab readiness monitoring.

What is a concrete curing monitoring system?
A concrete curing monitoring system tracks temperature through the slab during curing so maturity and readiness can be judged continuously. CurNext CN-CC uses air, surface, and core probes plus cloud readiness predictions to support finish timing decisions.
How does CurNext monitor concrete curing on site?
A sealed CN-CC edge node sits outside the pour while rugged probes measure air, surface, and core conditions. Data uplinks through the CurNext building stack to dash.curnext.app, where teams see go / no-go readiness, alerts, and compliance evidence.
Why monitor air, surface, and core temperature together?
Slab maturity depends on thermal gradients, not a single point. Ambient air, the finish interface, and core mass can diverge after a pour. Measuring all three reduces false readiness calls before tiling, flooring, or coating.
Is CN-CC electronics embedded in the concrete?
No. Intelligence stays in a serviceable sealed node outside the pour. Only probes enter the embed environment, so sensing hardware can be maintained without burying electronics in the slab.
Who should use CurNext concrete curing monitoring?
General contractors, specialty flooring and coating trades, and consultants who need documented slab readiness before finishes. CN-CC is built for jobsites that need industrial wireless, audit trails, and clearer schedule decisions.

Related

More on the CurNext stack

Next step

See CN-CC on your slabs

Walk through a site assessment with the CurNext team - outcomes first, evidence you can hand to the client.

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