Built for contractors, precasters, testing labs, consultants, and project teams who need reliable concrete data from pre-pour planning to project close-out.
The ConcreteAI Platform brings together thermal crack simulation, real-time concrete temperature and maturity-based strength monitoring, SmartCure validation records, alerts, reports, and API integration in one browser-based workspace.
The Web Application is the software layer behind ConcreteAI's concrete performance workflows. It helps teams review simulation outputs, monitor live concrete data, validate strength records, generate reports, and build a more complete project QA record over time.
Run pre-pour simulation to assess temperature rise, temperature differential, and thermal crack risk before concrete is placed. Review simulation outputs, adjust mix or pour parameters, and record the assessment before the pour begins.
View core, surface, ambient, and differential temperature trends from SmartHub sensors as the pour develops. Set threshold alerts and track temperature behaviour from casting through to stripping.
Monitor in-place concrete strength gain in real time using the maturity method. Receive alerts when target strength is reached for stripping, lifting, post-tensioning, demoulding, or loading decisions.
Review SmartCure temperature-matched curing records and physical test results alongside live SmartHub monitoring data where physical strength validation is required.
Consolidate cube, cylinder, SmartHub, and SmartCure records into one project knowledge base to organise test results, flag inconsistencies, and generate concrete performance insights across mixes, pours, and projects.
The platform gives project teams a clear view of active castings, monitoring data, alerts, reports, API connections, and concrete performance trends.
Get a summary of all active castings in one view, including live status, target strength progress, temperature condition, and alerts.
Review individual casting activity including temperature history, maturity development, strength estimates, sensor locations, and key records.
Set alerts for strength thresholds, temperature limits, temperature differential limits, operational activities, and device status.
Overlay multiple castings using the same mix design to compare performance and identify abnormal curing behaviour.
Generate customisable PDF reports for submission and Excel exports for technical analysis, internal review, or project records.
Connect ConcreteAI data with third-party platforms to centralise and streamline project data flows where integration is required.
The ConcreteAI team is available for technical questions about the platform, integration, and deployment.
The Web Application is usually deployed as part of ConcreteAI's monitoring, simulation, validation, or reporting workflows. It is the platform layer used to view, analyse, and report concrete performance data.
Teams can monitor concrete temperature, maturity, strength gain, temperature differentials, alerts, casting history, and reports. Thermal crack simulation outputs and SmartCure validation records can also be included depending on the project workflow.
Yes. Alerts can be configured for strength thresholds, temperature thresholds, temperature differential limits, operational activities, and device status. Alerts can be sent through WhatsApp and shown on the dashboard.
Yes. The platform supports customisable PDF reports for submission and Excel exports for technical analysis, internal review, or project records.
Yes. API integration capabilities are available where project teams need to connect ConcreteAI data with third-party platforms or centralised project systems.
QA Data Intelligence is a future workflow for consolidating cube, cylinder, SmartHub, and SmartCure records into one project knowledge base. It is intended to help organise concrete QA data and generate performance insights across mixes, pours, and projects.
No. The platform provides monitoring data, simulation outputs, alerts, and reports to support project decisions. Acceptance requirements, engineering judgement, and testing requirements should follow the project specification and relevant standards.
Use the ConcreteAI Platform to simulate, monitor, validate, report, and connect concrete performance data from one browser-based workspace.