Digital Twin as a Service

Your site. Live.
In 2D, 3D and XR.

DtaaS converts GIS, BIM, drone, LiDAR and sensor data into a live, visual, field-ready digital twin — accessible through web, mobile and XR over 5G.

View Architecture
4-in-1
GIS · BIM · Drone · LiDAR unified in one platform
2D+3D
Synchronized live viewers
5G XR
Field-ready, no internet required
React + OpenLayers + CesiumJS
Cloud SaaS · Docker Compose
Keycloak Multi-tenant Auth
WebODM Drone Pipeline
OpenXR · Unity · Unreal
Platform positioning
A cloud-based Digital Twin platform that converts GIS, BIM, drone, LiDAR and sensor data into a live, visual, field-ready twin — accessible through web, mobile and XR over 5G.
6
Integrated platform modules out of the box
SaaS
Fully cloud-hosted, multi-tenant, ready to deploy
4 types
GIS · BIM · Drone · LiDAR all in one ingest pipeline
5G XR
Field access in remote areas — no internet needed
Platform Capabilities
Everything your site needs,
in one unified twin.
Six integrated modules covering the full lifecycle — from raw field data capture to AI-driven decisions and XR field visualization.
🗺
GIS Layer Manager
Upload and manage maps, parcels, terrain and satellite imagery. Publish layers via GeoServer with WMS/WFS tile streaming to both 2D and 3D viewers simultaneously.
OpenLayers GeoServer PostGIS TiTiler
🏗
BIM Twin Manager
Upload IFC or Revit-derived models and geo-reference them against the site. Automatic conversion to Cesium 3D Tiles for high-performance web streaming.
IFC → glTF 3D Tiles CesiumJS Geo-referencing
🚁
Drone Data Manager
Upload raw drone imagery. WebODM pipeline automatically generates orthomosaics, 3D mesh and point clouds — then drapes them onto the live terrain twin.
WebODM Orthomosaic OBJ mesh Terrain drape
📡
LiDAR Viewer
Stream massive point clouds and terrain in the browser via Potree. Handles large .las/.laz files with octree tiling for smooth progressive loading at any scale.
Potree Entwine .las / .laz Octree tiles
🤖
AI Analytics Engine
Change detection, construction progress tracking and asset anomaly alerts — running as background jobs and surfacing live results directly in the dashboard.
Change detection Progress tracking Anomaly alerts
🥽
XR Field Module
Field workers access the full digital twin through an XR headset over a 5G modem — even in remote areas without internet. The same scene API that powers the web viewer drives the XR client with zero rework.
OpenXR 5G modem Unity / Unreal Local cache
Data Pipeline
From raw data to live twin —
automatically.
Every data type has a dedicated ingest, processing and streaming path. Upload a file and the platform handles the rest.
Data type Upload format Processing job Output format Viewer
GIS / Vector Shapefile, GeoJSON, GeoTIFF GeoServer layer publish WMS / WFS tiles OpenLayers
BIM / IFC .ifc / .rvt export IfcConvert → glTF → 3D Tiles Cesium 3D Tiles CesiumJS
Drone imagery Raw JPG / RAW images WebODM pipeline Orthomosaic + OBJ mesh tiles CesiumJS terrain drape
LiDAR .las / .laz files Entwine / Potree tiler Potree octree tiles Potree + CesiumJS
Web Dashboard Architecture
A unified 2D + 3D viewer,
built for field intelligence.
Five integrated React modules share a live scene state — select an asset in 2D and the 3D camera flies to it instantly. XR-ready from day one, no backend rework required.
React App Shell 2D GIS Panel OpenLayers · WMS · GeoServer Parcels, terrain, satellite imagery Click-to-select assets Camera sync with 3D panel 3D Cesium Viewer CesiumJS · 3D Tiles · glTF BIM, drone mesh, terrain Potree point cloud stream XR-ready scene state API Layer Manager Toggle · opacity · z-order GIS · BIM · Drone · LiDAR Upload Manager Multipart → S3 object store Fires processing job on done Job Monitor Live WebSocket feed Progress bar + status badge
Field Workflow
From drone capture
to XR field view.
A complete end-to-end workflow — from the moment a drone takes off on site, to a field worker seeing the live digital twin in their XR headset over 5G.
01
Drone captures site
Raw imagery collected on-site, uploaded to DtaaS via web dashboard or mobile app.
02
Platform processes data
WebODM generates orthomosaic, 3D mesh and point cloud. BIM + GIS layers auto-aligned.
03
Twin updates live
Web dashboard shows the updated site twin in 2D and 3D. Job monitor streams progress in real time.
04
XR headset on site
Field worker opens XR app. Twin streams over 5G modem — no internet required in remote areas.
05
Visualize & measure
Worker views terrain, structures, asset status and measurements overlaid on the real world.
06
Compare & decide
Decision makers compare planned vs. actual progress. AI alerts surface anomalies automatically.
Get Started
Ready to see your site as a live digital twin?

We walk through a live data ingestion demo and show the full XR field workflow — end to end, on your data.

What the demo covers
  • Upload GIS, BIM, drone and LiDAR data to the platform
  • Visualize the site in synchronized 2D and 3D viewers
  • Watch processing jobs run live via WebSocket monitor
  • See the unified digital twin with all layers active
  • Stream the scene to an XR headset over 5G
  • Review AI-generated change detection and progress alerts