Launch TwinThe living digital twin of the LLLDO Academic Service Building.
One holographic operations center that fuses IoT telemetry, BIM geometry and AI copilots — turning every floor, sensor and kilowatt-hour into a decision your facility team can act on in real time.
- 9
- Live floors
- 120+
- Sensor streams
- 24/7
- AI copilot
Features and benefits
The LLLDO 3D Digital Twin turns the building into a living operations model — so facility, energy and safety teams move from reactive fixes to data-led decisions.
Operational value
Connected capabilities that the PRD prioritizes for real campus impact.
- Reduce energy waste and peak demand by visualizing live load, solar generation and chiller/HVAC performance in one place.
- Predict mechanical failures before they impact occupants using device-health telemetry and maintenance-backlog tracking.
- Maintain healthy indoor air quality with zone-level PM2.5, CO₂, temperature and humidity alerts.
- Centralize fire, smoke, access-control and CCTV events into a single safety command center.
- Track carbon emissions and solar offset in real time for scope-2 reporting and sustainability dashboards.
- Optimize space utilization with occupancy heatmaps and personnel/vehicle capture analytics.
- Speed up operational decisions with an AI copilot that answers natural-language questions about any floor or sensor.
- Improve maintenance planning by mapping every device to a floor, zone and asset record.
Key benefits
Outcomes that facility, finance and sustainability stakeholders care about.
“By visualizing energy, IAQ and safety in one place, the twin shortens the time from anomaly detection to corrective action — from hours to minutes.”
Three steps from physical building to digital twin
The LLLDO 3D Digital Twin follows the PRD data flow: connect the building systems, fuse them into a spatial model, then surface actionable intelligence.
Connect and collect
The twin ingests real-time data from the building's IoT sensors, Modbus/BACnet gateways, energy meters, solar inverters, access-control readers and CCTV streams.
- MQTT and REST ingestion from campus subsystems
- BIM/IFC geometry and floor plans for spatial context
- Secure time-series storage with per-device identity
Live telemetry normalized every second for energy, IAQ and safety domains.
Fuse and visualize
Every stream is mapped onto a BIM-accurate 3D model. The dashboard renders the building as a living object with per-floor drill-down, explode/collapse and interactive floor plans.
- 3D twin built from real footprint and calibrated key plans
- Per-floor overlays for Level 1 and Smart Office (Level 4)
- Unified sidebar for personnel, devices, environment and safety
All nine floors of the LLLDO Academic Service Building represented in one model.
Analyze and act
AI copilots and rule-based alarms turn raw telemetry into actionable decisions — from HVAC setpoint adjustments to safety response and maintenance scheduling.
- Twin Copilot answers natural-language questions about any floor or sensor
- Alarms for fire/smoke, leaks, access events and unhealthy IAQ
- Energy and carbon forecasting for sustainability reporting
Anomaly detection to corrective action shortened from hours to minutes.
From raw sensors to operational clarity
LLLDO Digital Twin ingests live IoT streams and renders them onto a BIM-accurate 3D model — so every alert, kWh and PM2.5 spike has a location, a floor and a story.
BIM-accurate 3D twin
Nine floors of the LLLDO Academic Service Building, modeled to real footprint with explode / collapse and per-floor drill-down.
Live energy & solar
Main incoming load, PV generation, chiller and HVAC performance — streamed and normalized into EUI you can benchmark.
Indoor air & comfort
PM2.5, CO₂, temperature and humidity per zone, with healthy-band tracking and setpoint recommendations.
Safety command center
Fire and smoke zones, access-control events and CCTV video-analytics health — unified in one alarms grid.
Carbon accounting
kgCO₂e computed live from electricity and solar offset, with daily, weekly and campus-level roll-ups.
Twin Copilot (AI)
Ask in Thai or English about any floor, sensor or trend. The copilot answers using the current telemetry snapshot.
A single pane of glass for the whole building
Every subsystem in the LLLDO PRD, wired to the same 3D canvas and AI copilot.
Interactive floor plans for Level 1 and Smart Office (Level 4).
Staff, visitors, capture feeds and registered plates.
Uptime, chiller / HVAC, work-order backlog.
Air quality, smart water metering and leak detection.
FACP zones, door events, badge activity.
Camera uptime, FPS and event detections.
Real-time energy mix and CO₂ offset.
Natural-language Q&A over live telemetry.
An open, edge-to-cloud stack
Modbus / BACnet / MQTT gateways feed a time-series lake; a React + Three.js twin renders the story; an AI copilot explains it.
Step inside the building.
Explore all nine floors, drill into Smart Office pilot data, and ask the Twin Copilot anything about energy, air quality or safety.
Launch the Digital Twin