Build Faster and Sustainably with Real-time Data

ConcreteAI System visualizes real-time early-age development of job-site concrete curing process for shorter casting cycle time and fewer resources wastage

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Construction Projects that could potentially use concrete sensors to speed up schedule

Why we are doing this

Builders commonly use cube tests to determine if the concrete has cured sufficiently to proceed. This process remains manual, lengthy, and incremental. Cubes are also often not representative of structural concrete in early ages due to differences in curing conditions and masses. ConcreteAI changes this with our real-time concrete monitoring solution. We develop a simple-to-use system to increase the transparency of curing status so that stakeholders no longer have to waste time and resources.

Why choose ConcreteAI?

Take advantage of ConcreteAI concrete monitoring sensor to build faster and reduce wastage

Reduce Casting Cycle Time

Monitor job-site strength in real-time, receive automatic alerts on curing status through Whatsapp and proceed with no delay

(> 30% time saved per pour)

Reduce Risk with Direct Readings

Monitor non-uniform strength development of in-situ concrete before critical activities and temperature differential for early-age thermal control to avoid cracks

Reduce
Operational Costs

Optimise usage of manpower, and formwork. Worry no more about extra cube testing for early-age strength measurement

We make it easy to use

No special training required, installed within minutes

1. Pair Device

Register the device with the casting information.

2. Install

Attach the probes to the rebar before pouring concrete.

3. Monitor

Receive notification and view concrete status real-time anytime and anywhere

Where Smart Sensors can help

Get information about the temperature, maturity and strength of concrete in real-time. Accelerate your schedule for commercial, residential and infrastructure projects.

Construction Projects

ConcreteAI sensors can be used to optimize construction cycle time and planning. Once the job-site concrete has reached sufficient target strength, builders can proceed without delay and with higher confidence in concrete readiness and reduce risk.

Applications:

Post-tensioning
Formwork Removal
Falsework Removal
Pre-Loading
others

Concrete pouring in constructio projects that utilizes ConcreteAI sensors to monitor strength in real-time

Precast elements that use ConcreteAI's sensor to monitor strength real-time to achieve earlier demoulding and delivery

Precast Plants

ConcreteAI sensors help achieve just-in-time precast production. Precast elements can be demolded quicker by over 30% once target strength has been reached to optimize the usage of formwork, reduce the high frequency of cube testing and reduce idle time.

Applications: