4D Construction
Twin
FLOCORE brings your BIM to life on NVIDIA Omniverse: a 3D model connected to schedule, IoT, CCTV, drones, weather, and field data-so you can see the present and test the future before execution.
Not just visualization. This is an operational twin that moves every time there is a change on site.
BIM is accurate. But not alive.
"We have good BIM, but daily decisions are still made from WhatsApp and Excel."
Drawings don’t reflect live conditions. The model doesn't know that the truck is 3 hours late or the slab hasn't been poured.
Schedule lives outside the model. Primavera/MS Project runs alone, without links to BIM objects.
IoT, CCTV, and field reports don't speak to the model. Data is scattered, the twin is silent.
4D Construction Twin that is truly alive.
FLOCORE combines BIM + schedule + IoT + CCTV/drone + weather + field progress on NVIDIA Omniverse into one real-time operational twin.
Every change-late truck, bad weather, blocked access, scope change-is directly reflected in the model and schedule.
Virtual Construction, powered by real data.
Live Sync
4D model automatically follows real conditions: field progress, activity status, and work sequence changes.
Schedule Linked
Every activity in Primavera / MS Project is bound to BIM objects. Schedule delays are instantly visible in the model.
Risk Overlay
Risk zones (work overlap, blocked access, high congestion) appear as visual heatmaps in the model.
Simulation Lab
Play forward timeline to see impact 1–4 weeks ahead on critical path and productivity.
Logistics & Access Flow
Material routes, cranes, and worker access are visualized. Twin notifies when gate or tower crane traffic is a potential bottleneck.
Weather-aware Twin
Weather & daylight data integration-simulate '3 days of rain' scenarios on pour schedule and re-sequencing.
Built on NVIDIA Omniverse for real-time 4D simulation.
Data Ingest & Fusion
FLOCORE pulls data from BIM (IFC/Revit), schedules, IoT, CCTV, drones, weather, and Field App into one Omniverse scene.
Semantic Mapping
Objects in the model are mapped to WBS, location, risk zones, and activities-so the twin understands 'this is core pour L5', not just a 3D mesh.
Real-time Simulation & Alerts
The engine simulates activity shifts, logistics delays, and field conditions → issuing alerts & recommendations to Control Center and Field App.
Ini bukan game engine demo. Ini adalah industrial 4D sim yang di-tune untuk konstruksi gedung tinggi & infrastruktur.
Full Operational Stack. From Data to Decision.
Data Sources
Site reality (CCTV, IoT, Field) + Systems of Record (BIM, Schedules, Documents).
FLOCORE OS
Living Digital Twin + Intelligence Layer working together as your operational operating system.
Intelligence
AI Anomaly Detection, Risk Forecasting, and Decision Support continuously running.
Executive Layer
Early Risk Signals, Scenario Awareness, and Intervention Decisions delivered to decision-makers.
Ask “What if…?” and see it in the model.
“What if concrete truck is 4 hours late?”
Twin calculates impact on dependent activities, critical path, and handover date.
“What if we close this access ramp tomorrow?”
See worker congestion, need for re-routing, and which activities are disrupted.
“What if rain continues for 3 days?”
Simulate shifting pour schedule, rescheduling cranes, and potential overtime.
“What if we split this workfront into 2 crews?”
Twin estimates acceleration, resource clashes, and material needs.
“What happens if crane 2 is down for maintenance?”
Visualize lift backlog, activities to re-sequence, and mitigation options.
Have another scenario?
Our twin can simulate almost any operational variable.
All simulations based on real site data
See your twin, not just your spreadsheet.
All visualized from your actual schedule and site data.
One twin, three touchpoints.
Control Center
Portfolio view: delay-at-risk, lost time, and mitigation scenarios already simulated in the twin.
Field App
Tasks and alerts born from the twin (e.g., 'change delivery route tomorrow') sent directly to superintendent & foreman.
Copilot
Ask in natural language: 'Show zone with highest congestion risk next week.' Copilot opens relevant twin view and explains impact.
Start with one project. Build your first live twin in 6–8 weeks.
We start with one pilot project: connect your BIM, schedule, and field data; build the mapping; then activate the simulation scenarios that matter most to your team.