In The Field

Argyle was deployed during active installation to give field teams a real-time reference of model data directly on the jobsite. Installers used AR to verify positioning and alignment of critical systems before committing work, reducing uncertainty in dense and fast-moving areas. The ability to see and validate conditions in context helped teams catch issues early — before they became expensive rework.

Argyle was used to support layout verification, QA/QC workflows, and prefabrication planning. Teams brought coordinated Revit models into the field to confirm install conditions and improve confidence before execution. This reduced reliance on 2D drawings and improved communication between VDC and field teams.

Argyle was deployed to visualize design intent and construction progress directly on-site. Teams used AR to better understand complex layouts in context, especially in areas where traditional drawings and coordination models were difficult to interpret. This improved alignment across teams and supported faster decision-making during installation in a high-stakes infrastructure environment.

Argyle was used to bring model data into the field for layout verification and coordination across units. Field teams could quickly reference model conditions in context, helping ensure consistency across repeated installations and reducing errors that would otherwise compound across floors. The ability to validate work in real space supported smoother execution and reduced downstream corrections.

Argyle was deployed to support the layout of hanger bolts for conduit systems, where accuracy over long distances is critical and traditional reference points are limited. In expansive spaces, teams used AR to position hangers directly against the model in real context, ensuring alignment with design intent before installation. This reduced layout ambiguity, improved confidence in field execution, and helped prevent downstream issues where even small deviations in hanger placement could impact entire conduit runs.

Argyle was used to visualize and verify complex systems during installation, supporting teams working in dense and regulated environments. By bringing coordinated models into the field, Argyle helped reduce interpretation errors and provided a clearer understanding of how systems should be installed. This supported higher confidence in execution and alignment with design intent in environments where accuracy is critical.