HELMET TO WORKSPACE

Everyday site work.
A continuously updated digital twin.

We’re building sensor-fusion technology that combines cameras, LiDAR, depth sensors and inertial data to create a live digital twin, targeting millimetre-level accuracy. Integrated into the helmet, it captures work as crews move and connects site conditions to BIM, progress and inspection records.

Explore the workspace
OpenWork helmet design with a low-profile sensing band integrated into the front
Integrated sensingCameras · LiDAR · motion
Site capture, without a separate walk.
  1. 01

    Verify subcontractor progress

    Check completed work and quantities remotely, with evidence for each work package.

  2. 02

    Catch discrepancies before rework

    Compare installed work with BIM and give engineers the context to resolve RFIs.

  3. 03

    Keep handover evidence as you build

    Keep site captures, inspection approvals and as-built records together for handover.

Capture. Inspect. Verify. Without stopping work.

Opening federated design models
Whole buildingDesign reference · Architecture + MEP
5 m

Drag to orbit · Shift to pan · Click to inspect

Loading geometryIFC design geometrym

FIELD DEVELOPMENT

Built for builders, by builders

See our progress ↗
Construction works at Masjid al-Haram in Mecca, supplied by the team
SAUDI ARABIA

Mecca

Construction team and towers at Egypt’s New Administrative Capital, supplied by the team
EGYPT

New Administrative Capital

Residential construction in Manilva, Málaga, Spain
SPAIN

Manilva, Málaga

From EMEA to the US. Building for builders.

Meet Eugenio and Haitham ↗

ENGINEERING REVIEW

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Technical criteria & impact

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MEDICAL CENTRE · DESIGN REVIEW LOG

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EVIDENCE REPORT

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