MODEL / REAL ALIGNMENT
MODEL / REAL ALIGNMENT
Instantly overlay your BIM models onto the real environment, at 1:1 scale in Augmented Reality, without markers or preparation. The BIM model superimposed onto reality becomes a field control tool to understand and anticipate construction, detect defects and secure execution in real time.


Overlay the model on site in two clicks.
Precise alignment without markers or QR codes.
Alignment remains reliable, even while moving within the site.
Intuitive handling, no complex preparation.

NEXT-BIM allows you to display your 3D models directly in their physical environment, at 1:1 scale. In two clicks, the model is aligned on the construction site without prior preparation.
Three surfaces are enough at startup to position the model. Thanks to its exclusive automatic and continuous alignmenttechnology, the match between the virtual and the real world remains stable and precise over time, even while moving inside the site.
This alignment precision makes it possible to anticipate construction and control what is built, directly on site.
Compatible with iPad Pro and HoloLens 2, NEXT-BIM works offline, enabling continuous use without constraints across all your projects.




NEXT-BIM allows visualization of a BIM model at 1:1 scale in Augmented Reality, without complex preparation. Here is the typical workflow for aligning the 3D model with reality:


Benjamin NGUYEN - Bouygues Construction
R&D Manager
No. NEXT-BIM performs alignment without markers (markerless).
1) Site capture:
The LiDAR (iPad Pro / HoloLens) generates a 3D mesh of the environment.
2) 3×3 surface matching:
You select three real surfaces (e.g., floor, wall, slab) and their equivalents in the model; the initial position is calculated.
3) Automatic overlay & continuous tracking:
Our algorithms continuously compare the LiDAR mesh to the model to correct any positional drift while you move. → No QR codes or physical targets required. Works offline as well.
Yes, NEXT-BIM supports large files and the import of multiple 3D models.
