The Industry-Standard for Immersive Design Coordination and VR Walkthroughs in AEC.
IrisVR Prospect, now an Autodesk company following the acquisition of The Wild, serves as a high-fidelity immersive design review tool specifically engineered for Architecture, Engineering, and Construction (AEC) professionals. Its technical architecture focuses on one-click optimization of complex BIM data from sources like Revit, Navisworks, and Rhino into a VR-ready format. In the 2026 market landscape, IrisVR remains a dominant force by bridging the gap between desktop-bound BIM modeling and collaborative spatial decision-making. The platform specializes in processing heavy geometry and preserving critical BIM metadata, allowing stakeholders to inspect properties like material types and structural dimensions in a 1:1 scale environment. It utilizes a proprietary rendering engine optimized for low-latency VR experiences, which is crucial for preventing motion sickness in non-technical stakeholders. By integrating directly into Autodesk's ecosystem, it provides a seamless workflow for clash detection visibility and design sign-offs, significantly reducing the RFI cycle and project rework costs. Its 2026 positioning emphasizes 'Spatial Coordination,' where multiple remote users can meet inside a model with full avatar presence to solve complex coordination issues in real-time.
Automated mesh simplification and draw-call reduction for complex architectural models.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Direct access to Revit parameters and Navisworks data within the VR environment.
Networked VR sessions with spatial audio and synchronized model states.
Voice-to-text and brush markups that sync with Procore and Autodesk Construction Cloud.
Real-time global illumination system that reflects accurate solar positioning based on geolocation.
Granular control over model visibility (links, categories, worksets) directly from the VR menu.
Visualizes clashes identified in Navisworks as 3D spheres in the VR space.
Architects in London and Engineers in NYC cannot understand complex MEP clashes via 2D screens.
Registry Updated:2/7/2026
Annotate fix and export.
Clients struggle to visualize ceiling heights and material finishes from floor plans.
High-risk site conditions are difficult to simulate safely.