Exact Technology provides a connected concrete monitoring platform that uses wireless sensors to continuously capture temperature and maturity data from mass concrete pours. The real‑time cloud dashboard lets contractors verify curing targets, control heating equipment, and make data‑driven decisions on formwork stripping, reducing delays, material waste, and the risk of thermal cracking.
Funding
$2.3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Construction projects often face delays and increased costs due to uncertain concrete curing conditions, manual temperature checks, and fragmented data that hinder timely formwork stripping and risk assessment.
Solution
Exact Technology offers a connected concrete monitoring platform that continuously measures internal temperature and strength development of mass concrete pours. Sensors transmit real‑time data to a cloud‑based dashboard accessible from phones, tablets, or desktops, allowing crews to verify that maturity targets are met before stripping forms. The system aligns field‑cure cylinder results with lab expectations, reducing reliance on manual timers and guesswork. By providing actionable insights, the platform helps contractors avoid thermal cracking, optimize heater usage, and accelerate production schedules while lowering material waste and carbon emissions.
Target Audience
Primary customers are general contractors, concrete subcontractors, and precast/prestressed manufacturers managing high‑rise, infrastructure, and large‑scale concrete projects.
Features
- Wireless temperature and maturity sensors installed directly in concrete pours for continuous, high‑resolution data capture
- Cloud‑hosted analytics that compare field data to predefined maturity models and project specifications
- Mobile and desktop dashboard with real‑time alerts for temperature differentials, strength thresholds, and equipment status
- Automated integration of sensor data with existing project management tools to consolidate reporting
- Remote control of heating valves and timers based on live temperature feedback to prevent over‑heating or under‑curing
- Historical data storage for post‑project analysis, compliance documentation, and continuous improvement