
MEP installation guidance
Review complex mechanical, electrical, and plumbing routes in 3D and guide teams through location-aware installation and inspection steps.

BIM-to-field digital twins for construction planning and execution
Turn BIM, site context, safety procedures, inspection records, and construction planning into practical digital twin workflows for project teams and field crews.
Core building blocks that define how this page delivers operational value.
Import BIM and 3D assets into FactVerse so project teams can review spatial relationships, construction zones, MEP routes, and site constraints in context.
Use DataMesh One and Director-authored guidance to bring installation steps, safety notes, and inspection points to the field.
Use the digital twin to align owners, designers, contractors, and trades before physical work begins or before a costly rework decision.
Create repeatable 3D and XR training for high-risk tasks, site orientation, equipment procedures, and emergency scenarios.
Use Inspector to capture site issues, assign corrective actions, track evidence, and verify closure in the context of the model and location.
Use FactVerse Designer for visual planning, construction sequence review, logistics layout, and scenario comparison where virtual validation is needed.
Practical applications and proven success scenarios across industries.

Review complex mechanical, electrical, and plumbing routes in 3D and guide teams through location-aware installation and inspection steps.

Turn site risks, equipment tasks, and emergency procedures into reusable 3D and XR training before workers enter high-risk areas.

Bring owners, designers, contractors, and trades into the same digital twin view to review clashes, sequencing, and constructability.

Capture field findings, compare them with model context, and manage corrective action through Inspector.
BIM is valuable, but construction teams often lose its value when the model stays in design reviews and the field works from disconnected drawings, photos, chat messages, and issue lists. DataMesh turns BIM and 3D assets into digital twin workflows that field teams can use for planning, guidance, inspection, and training.
The goal is not to replace design authoring tools. It is to connect the model to execution: location, task, procedure, issue, evidence, and closure.
FactVerse provides the spatial context, Director creates guided procedures and training, DataMesh One brings content to field devices, and Inspector captures issues and corrective actions. When teams need visual planning or scenario comparison, FactVerse Designer supports layout, sequence, logistics, and virtual review workflows.
Common workflows include:
Designer is the place for construction sequence views, layout planning, and scenario comparison. Director is for guided SOPs, training, and field instructions. Inspector is for inspections, work orders, issues, evidence, and closure. AI Agent can support analysis and review, but it should not be described as directly authoring or controlling construction execution.
A useful construction pilot should show whether teams coordinate earlier, reduce ambiguity in the field, standardize safety training, capture issues with better context, and close corrective actions with evidence. Avoid promising fixed schedule or cost savings without project-specific validation.
See how this product powers real-world use cases.
No. DataMesh uses BIM and 3D assets as operating context. Design authoring remains in tools such as Revit, Archicad, Bentley, or IFC-based workflows.
Visual planning, layout review, sequence review, and scenario comparison are Designer-led workflows. AI Agent can support analysis and recommendations but should not be positioned as the authoring tool for simulation.
Field guidance and training can be delivered through DataMesh One on supported mobile, desktop, and XR devices depending on the deployment scenario.
Issues, inspections, photos, model context, corrective actions, and verification records can be organized around the relevant space, asset, or task.
Start with one high-value MEP area, one safety training workflow, one design coordination review, or one inspection and corrective-action loop.
Use a focused proof of concept to validate operational value before a wider rollout.