More than geometry
The twin should represent the work, not only the object
Useful layers include the site, machines, routes, work zones, task state, measurements and acceptance status — all linked to their source.
- Site
- Machines
- Tasks and evidence
Digital Twin
For RESILEX, a Digital Twin is not only a 3D model. It is the shared record of what should exist, what machines are doing and what has actually been measured.
That record allows the Orchestrator to make the next decision from the real state of the site rather than from an outdated plan.
Current stage: target data architecture
How it connects
People set the objective and retain control.
From design to decision
A useful twin closes the loop: information moves from the project to the machines and measured evidence comes back.
Geometry, systems, sequence, tolerances and acceptance requirements.
A specific operation with references, limits and a work zone.
The approved operation changes the terrain, structure or equipment state.
Sensors, cameras, LiDAR and surveying data record what changed.
The model is updated with observed geometry, machines and task progress.
Accept the result, investigate a deviation or revise the plan.
More than geometry
Useful layers include the site, machines, routes, work zones, task state, measurements and acceptance status — all linked to their source.
A simple example
If the finished excavation level differs from the project, the system records the difference and does not release the next operation until the result is accepted or corrected.
Across the lifecycle
Verified information can later support commissioning, inspection, maintenance and the replacement of equipment without rebuilding the site record from scratch.
Where we are now
The initial target is not a complete industrial viewer. It is enough site and task state to support one excavation operation, measurement and acceptance decision.