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Digital twin solutions in the UAE connect a spatial model of a building, warehouse, campus, plant or city district to the operational data that changes over time. Swedish Technology combines BIM and GIS geometry with selected IoT, RTLS, RFID, CCTV and business-system data so operations, facilities and response teams can see assets, alarms, spaces and work orders in spatial context. Each twin is scoped around a defined workflow, with source accuracy, refresh rate and data ownership agreed for the project.

Digital twin view of a connected commercial building in Dubai at dusk
Illustrative AI-generated view of a connected UAE facility and its digital twin.

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What a digital twin is used for

Use What the twin shows
Facility operations equipment status, alarms, energy, space use, work orders on the floor plan
Warehouses racks, stock state, forklift and people movement, dock activity
Safety and emergency people location during an evacuation, hazardous zones, camera views on the map
Asset management every asset in place, with its maintenance history and condition
Campuses and cities buildings, utilities, roads and cameras in one geographic view
Planning layout changes and scenarios tested before they are built

Digital twin, GIS and BIM: what is the difference?

  • BIM describes how a building is designed and built, in detail, one building at a time.
  • GIS places things on the map: sites, networks, roads, cities.
  • A digital twin connects either or both to live operational data and keeps them current.

Most useful twins combine BIM for inside the building, GIS for everything around it, and a data layer that updates from sensors and business systems.

How it is built

  1. Geometry: BIM/CAD models, GIS layers, 3D scans or drone surveys.
  2. Data connections: IoT sensors (temperature, energy, air quality), RTLS and RFID (MOWQIE), CCTV analytics (RAQEEB), and business systems such as CAFM/CMMS, ERP and WMS.
  3. Twin platform: RASM, the digital twin platform Swedish Technology offers, which binds geometry and live data into one navigable 2D/3D model.
  4. Applications: dashboards, alerts, work-order links, reports and scenario tools for each team.

GIS work uses Esri ArcGIS, QGIS and custom geospatial tools, with satellite imagery and drone data where needed.

Digital twin architecture: from source data to action

A practical digital twin combines the spatial model with the systems that describe current operations. Data should be connected at the refresh rate the workflow needs; not every value needs a real-time stream. Stable asset IDs, location references, timestamps, units, ownership and quality checks make the combined view more useful than a collection of disconnected dashboards.

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