A living modelof every asset,district and journey.
Digital twins that connect 3D models, live telemetry and operations, to monitor, simulate and plan buildings, plants, networks and whole districts.
Why digital twins matter now
Giga-projects, airports and utilities are being designed in BIM and GIS and run with IoT. A twin joins the design, the asset and the live operation in one place.
Models already exist
BIM, GIS and CAD are produced for every new project, then left idle.
Telemetry is live
Sensors, meters and cameras can feed the model in real time.
Simulate before building
Test flows, energy and operations before concrete is poured.
Operators need context
A map with live data beats a hundred separate dashboards.
The answer: a twin that is operated, not just rendered, connected to assets, people and plans.
Sources: GACA 2025; Saudi Aviation Strategy; Matarat Holding; MIM National Industrial Strategy; Future Factories Program; amsisaudi Company Profile 2026 (1446H–1447H); SDAIA 2026
Digital twins, connected and operated
We build the model from BIM, GIS and reality capture, connect it to IoT and enterprise data, and run it as the operational picture for planners and control rooms.
Model foundation
Unified indoor and outdoor 3D from BIM, GIS, CAD and photoreal capture.
Live data
IoT, SCADA, location and video mapped to assets and spaces.
Simulation & planning
Crowd, traffic, energy and maintenance scenarios on the same model.
Building blocks of a digital-twin programme
Six components, the model and data layer are shared by every use case.
Geometry & reality capture
BIM, GIS, CAD import; drone and 360° capture for as-built models.
Asset data model
Every asset with identity, attributes, documents and history.
IoT & systems integration
Sensors, SCADA, BMS, location and video bound to the model.
Simulation engines
Crowd, traffic, energy, evacuation and maintenance scenarios.
Operational views
Command-centre, planner and field views in Arabic and English.
Lifecycle sync
Changes from site and systems flow back into the model.
How it works: from design files to a living picture
Six stages that keep the twin accurate from construction to operations.
Capture
BIM, GIS, scans, drones
Register
Assets with identity and data
Connect
IoT, SCADA, BMS, video
Monitor
Live state on the model
Simulate
Scenarios and what-if
Decide
Plans, work orders, alerts
Where digital twins earn their keep
Eight use cases from a single building to a national corridor.
District & giga-project twin
Plan, build and operate a district with live assets and flows.
Airport twin
Passengers, stands, parking and systems on one terminal model.
Holy-site crowd twin
Density, routes and closures simulated and monitored live.
Energy-network twin
Electricity and gas distribution modelled with live state.
Plant twin
Lines, utilities and maintenance on the as-built model.
Port & logistics twin
Yards, gates and vessels with energy and emissions.
Smart-building twin
BMS, occupancy and energy for campuses and towers.
Road & transit twin
Corridors, junctions and fleets for traffic planning.
Where it creates value across Saudi sectors
The same twin platform, instantiated for each estate.
Industry & factories
As-built plant model with live OEE, energy and maintenance.
Airports
Terminal twin from car park to gate with live passenger flow.
Hajj & crowd mobility
Mashaer twin for planning, rehearsal and live command.
Fleet & logistics
Depot, yard and corridor twins for dispatch and safety.
Utilities & energy
Network twins for planning, outages and asset life.
Retail & FMCG
Store and warehouse twins for layout and stock flow.
Start with one site that already has BIM or GIS, connect live data, then simulate.
A season with a district digital twin
Illustrative sequence from a new destination district.
simulate
Visitor flows and energy are simulated on the BIM model; two entrances are resized.
as-built
Drone capture and sensor commissioning update the model to what was built.
live picture
Occupancy, parking, energy and incidents appear on the twin in the command centre.
plan
Maintenance and event plans are tested on the twin before they go live.
The twin is a platform other use cases reuse, vision, IoT, wayfinding and planning.
Illustrative scenario, not a case study.
Where this technology goes to work
Let us connect the modelyou already have.Know now.
A 45-minute walkthrough of your operation, and the one workflow worth proving first.