Digital Twins and 3D to 8D Modelling
Unified Digital Twins: From Subsea to Summit
Engineering-grade 3D models that integrate every asset, in every environment, on a single platform. Unify your asset data.
ISO 9001 |
ISO 45001 |
ISO 14001 |
CASA ReOC |
$20M Insured |
Bridge Inspection L1
ISO 9001 | ISO 45001 | ISO 14001 | CASA ReOC | $20M Insured | Bridge Inspection L1
The Cost of Fragmented Asset Data
3-5x increase in costs
Reactive maintenance can cost up to 40% more than scheduled maintenance, causing more downtime, unplanned disruptions, and extra expenses.Increased Operational Impact
Critical defects are missed by visual inspections and fragmented, inconsistent data, driving reactive maintenance, higher costs, greater risk, and potential catastrophic downtime.Your infrastructure data is scattered across spreadsheets, PDFs, photos, videos, and outdated CAD files. Condition assessments become outdated quickly due to delays between data capture and action. Without a single source of truth, stakeholders lack reliable spatial data, leading to rework, miscommunication, budget overruns, and inefficient maintenance.Go from 2D to 8D and accelerate your business:2D 2-Dimensional Plans and Drawings3D 3-Dimensional Interactive Model & Overlays4D + Time Schedule 5D + Budget (Cost) 6D + Facilities management (Maintenance) 7D + Sustainability (Life Cycle)8D + Occupational safety and healthObscured Priorities
Fragmented data hides true asset priorities; inconsistent comparison over time increases costs, risks, and operational impact.“90% risk reduction”
“Improve WHS & Compliance >95%”
“50-60% faster inspections.”
The Solution: A Single Source of Truth
Four environments. One Partner.
Engineering-grade data your team can act on today.
One procurement, four environments
Stop managing multiple contractors. We cover air, ground, internal, confined space, and underwater data capture in a single program.Measure, categorise, prioritise, plan, schedule, assign, track and monitor remotely. Design vs build transparency, Progress AI tracking, Safety AI compliance improvements. No return site visits.Digital twins accurate to 2cm
Beyond 3D models that predict the future
Go beyond 3D to track asset degradation over time, embed 2D outputs for design vs. build, manage costs, enable predictive maintenance that prevents failures, manage your asset lifecycle, and improve health and safety outcomes and compliance reporting. 5D models that predict costs keeping you on budget
Clear value for every defect, track asset costs, on-time rectifications, and degradation over time, enabling reprioritisation, trades scheduling and tracking, and QA of completed works.Seamless BIM/CAD & GIS integration
Seamless BIM & GIS integration. Your digital twin integrates with your existing software, including Bentley iTwin, Procure, Autodesk, and Esri, plus more.AI-powered detection
Automatically identify, classify, and measure anomalies with up to 98.5% accuracy with millimetre levels of detection, from crack mapping, delamination, to cut & fill and volumetrics.“20-50% lower inspection costs.”
“98.5% defect detection accuracy.”
30-40%
Rework Reduction
+/- 2cm
Absolute Positional Accuracy
Sub Cm
Levels of Detail
>40%
Cost Reduction
One
Single Source of Truth
Frequently Asked Questions
What is a unified digital twin?
A unified digital twin is a single 3D model that combines asset data from air, land, and underwater sources to provide a complete view of the asset.What level of accuracy can we expect?
We deliver engineering‑grade images with survey accuracy of ±2 cm, suitable for detailed design and as‑built verifications.How do you integrate with our existing software, like BIM or GIS?
Our models integrate with common platforms like Procure, CAD, Autodesk Revit, and Esri ArcGIS. If your software isn’t listed, contact us to check compatibility.How much does a digital twin cost in Australia?
Digital twin projects in Australia typically range from $5,000 for a single building to $150,000+ for complex multi-asset portfolios. The cost depends on site area, level of detail required, number of environments (aerial, confined, underwater), and whether ongoing updates are needed. Our digital twins deliver 20-50% lower total lifecycle cost compared to traditional inspection and documentation methods because they eliminate repeat site visits, enable remote measurement, and support predictive maintenance. Every engagement starts with a free scoping call to define your requirements and provide a fixed-price quote.Can a digital twin integrate with IoT sensors for real-time monitoring?
Yes. Our digital twins are designed as living models that can connect to IoT sensor networks for real-time condition monitoring. This includes structural movement sensors, temperature and humidity monitors, water level gauges, vibration sensors, and corrosion rate monitors. The sensor data is visualised directly within the 3D model, allowing your team to see exactly where anomalies are occurring in spatial context. This transforms your digital twin from a static record into a predictive maintenance platform that alerts you to developing issues before they become critical failures.Can you model assets you cannot see, like underground utilities?
We add underground utility data to the unified 3D model for a full overlay. In GPS‑blocked confined spaces, our drones and robots capture millimetre‑level detail to build highly accurate 3D digital twins.Build Your Single Source of Truth
Stop making critical decisions with incomplete data. Move from fragmented records to a unified, intelligent view of your asset portfolio.How is this different from a standard 3D model or point cloud?
An intelligent interactive digital twin is an accurate, updatable virtual model that matches real-world size and location, shows visible and hidden changes or defects over time, and can link to IoT sensors for live remote monitoring.How long does it take to create a digital twin?
For a standard single-asset digital twin (building, bridge, or facility), typical timelines are 1-2 days for data capture and 5-10 business days for processing and delivery. Complex multi-environment projects (combining aerial, confined space, and underwater data) may require 3-5 days or more of capture and 2-4 weeks of processing. We provide interim deliverables (raw imagery, preliminary point clouds) within 48 hours of capture for time-critical projects. For ongoing programs with scheduled capture cycles, we establish automated processing pipelines that reduce turnaround to 3-5 business days per cycle.