Move from reactive tracking to proactive optimization. Generative scheduling, probabilistic forecasting, and automated site verification in one workspace.
of megaprojects face delays and cost overruns
average schedule reduction with AI optimization
days of early warning before schedule impacts
of budgets consumed by administrative burden
Traditional CPM assumes linear progression. Reality doesn't work that way.
Simulate millions of construction sequences to find the optimal path forward. Move beyond static CPM to constraint-based, parametric scheduling.
Integrate site reality data via computer vision and IoT sensors. Replace subjective field reports with evidence-based progress tracking.
Quantify risk using historical benchmarks and graph neural networks. Predict delays before they hit the critical path.
From static spreadsheets to intelligent, proactive control.
| Capability | Traditional | AI-Native |
|---|---|---|
| Schedule Logic | Fixed dates & links | Constraints & probabilities |
| Progress Source | Subjective field reports | Computer vision & IoT |
| Risk Assessment | Qualitative registers | GNN-based forecasting |
| Resource Mgmt | Static human allocation | Automated multi-objective optimization |
| Compliance | Manual spreadsheets | Automated SCC & grant workflows |
| Interface | Static Gantt charts | Conversational agents & 4D BIM |
Purpose-built for highways, bridges, tunnels, rail, and energy utilities.
Millions of paths simulated per scenario
Automated tracking via 360-degree captures
Chat with your schedule to uncover delay drivers
SCC codes, DCMA 14-point, and grant workflows
Join the next generation of project controls teams delivering infrastructure on time and within budget.