Construction Guidance and Field Verification

Give field teams the context behind the drawing

Construction teams already have drawings, BIM models, issue lists, method statements, photos, and inspection records. At the point of work, crews still need to understand the exact location, surrounding systems, approved sequence, and acceptance requirement. When that context is fragmented, coordination problems and deviations are often discovered late.

Construction Guidance connects the spatial model, guided work, and field evidence. Teams can prepare the relevant site context, deliver approved procedures where the work happens, and retain a record of what was checked, changed, and accepted.

From design context to verified field work

1. Prepare the work area - Use FactVerse Designer to organize the relevant building zone, routes, equipment, access areas, and surrounding systems.
2. Author the procedure - Use Director to combine approved 3D content, instructions, reference material, checks, and decision points.
3. Brief the team - Review the same spatial context with owners, designers, contractors, supervisors, and affected trades.
4. Deliver guidance on site - Use DataMesh One on a supported device selected for the site and task.
5. Verify and record - Use Inspector workflows to capture checks, photos, deviations, corrective actions, and acceptance evidence.
6. Hand over the context - Retain approved asset information, procedures, and site records for later operations.

Clear product ownership across the workflow

FactVerse Designer owns scene preparation and spatial planning. Director owns the guided procedure and presentation of approved work instructions. DataMesh One is the field delivery experience. Inspector owns inspection, issue, work, and evidence records. FactVerse provides the common asset, spatial, and operational context that connects these activities.

Each stage uses the appropriate tool, with clear ownership for content, field execution, and records throughout the construction workflow.

High-value starting points

MEP corridors, equipment rooms, hidden works, retrofit areas, complex installation sequences, commissioning checks, and owner handover are practical starting points. These areas have dense spatial relationships, multiple teams, and a clear need for shared context and traceable evidence.

Device and model choices follow the site

Field delivery can use supported mobile or head-mounted devices. The choice is made against site safety rules, lighting, connectivity, required interaction, spatial accuracy, and user comfort. Large source models are prepared around the work area and required level of detail, then tested with representative data and real site conditions during the pilot.

Carry construction knowledge into operations

The record created during construction can support the operating life of the asset. Locations, installation photos, approved procedures, acceptance results, deviations, and corrective history can inform inspection, maintenance, training, renovation, and emergency-response preparation after handover.

Public project evidence

DataMesh has supported BIM and mixed-reality workflows with JTC, building-construction digital twin workflows with Obayashi, and construction simulation with Toda for SAGA Arena. The TOKYO TORCH project also shows how spatial content can help stakeholders understand and communicate a complex future environment.

Start with one construction zone

A focused pilot should use one representative area, one approved procedure, the intended field device, and a defined verification record. The acceptance plan can then test model preparation, site alignment, guidance usability, evidence capture, and handover before the workflow expands to additional trades or locations.