Knowledge Base
Find answers to frequently asked questions about our services, products, and processes.
Do I need a VR headset to view interactive 3D real estate tours online?
No. The vast majority of interactive 3D property tours are designed to run directly in standard web browsers on phones, tablets, and desktops. Platforms like Matterport, Zillow 3D Home, and most WebXR-based tours use browser-native rendering. A VR headset provides a more immersive experience but is entirely optional — you can navigate tours using your mouse, trackpad, or touchscreen.
What is the difference between AR, VR, and MR?
Augmented Reality (AR) overlays digital content onto the real world through a camera — you still see your actual surroundings. Virtual Reality (VR) fully immerses you in a computer-generated environment using a headset — the real world is completely blocked out. Mixed Reality (MR) blends both, allowing digital objects to interact with the physical environment in real time. Augmento focuses on AR because it's the most accessible — requiring only a smartphone, no special hardware.
How do remote international buyers use virtual reality to purchase homes sight unseen?
International buyers increasingly rely on high-fidelity 3D tours combined with live agent-guided walkthroughs via video chat. The buyer navigates the virtual tour at their own pace, then schedules a synchronous session where the agent physically walks through the property while the buyer follows along in VR. Combined with drone footage for neighborhood context and digital document signing, entire cross-border transactions now close without the buyer ever setting foot on the property.
What is the best way to view a stereoscopic 3D property tour in full virtual reality?
For the most immersive experience, use a standalone VR headset like the Meta Quest 3 or Apple Vision Pro. Open the property tour link in the headset's web browser — most Matterport and WebXR tours automatically detect VR hardware and switch to stereoscopic rendering. For a budget option, Google Cardboard-style viewers work with smartphone-based tours, though with lower visual quality and no positional tracking.
What are the optimal export mesh settings for importing a 3D architectural model into Unity for VR?
For real-time VR performance in Unity: target under 500K polygons for the full scene, use FBX format for best Unity compatibility, bake high-poly detail into normal maps, limit texture atlases to 2K–4K resolution, and ensure proper UV unwrapping. Set the import scale to match Unity's 1 unit = 1 meter convention. For large properties, implement occlusion culling and LOD groups so only visible geometry renders each frame.
How do enterprise developers use virtual reality for commercial office space planning and layout optimization?
Enterprise teams use VR walkthroughs of proposed office layouts to evaluate spatial relationships before construction. Finance, HR, and leadership teams navigate the virtual space wearing VR headsets, testing departmental adjacencies, checking sightlines, and verifying that the layout supports collaborative workflows. This process shortens commercial lease cycles and reduces costly post-handover architectural change orders.
How to export a heavy architectural 3D rendering into a smoothly navigable VR walkthrough for clients?
Start by optimizing the architectural model: bake lighting into textures rather than computing it in real-time, reduce polygon counts using LOD (Level of Detail) techniques, and compress textures. Export as GLTF/GLB for web-based VR or FBX for Unity/Unreal Engine. In the VR runtime, implement teleportation-based navigation (rather than smooth movement which causes motion sickness) and ensure a consistent 72+ FPS for comfortable viewing.
How does advanced dynamic lighting simulation work in virtual reality architectural presentations for clients?
Modern VR engines (Unreal Engine, Unity HDRP) simulate physically accurate lighting using ray tracing or path tracing. Architects input the building's geographic coordinates and orientation, and the engine calculates real sun paths to show how natural light moves through the space throughout the day and across seasons. Shadow studies, interior illumination levels, and glare analysis are all visualized in real-time as the client navigates the VR environment.
How does virtual reality shorten the commercial real estate leasing cycle for out-of-state enterprise clients?
VR eliminates multiple rounds of physical site visits, which is the primary bottleneck in commercial leasing for remote clients. Corporate decision-makers can tour multiple floor plan options, test furniture layouts, and align stakeholder preferences — all in VR sessions across time zones. This compresses what traditionally takes 3–6 months of site visits into weeks, dramatically reducing the financial risk of prolonged vacancy for property owners.
How to use virtual reality to conduct safety training simulations for commercial real estate facility managers?
VR safety training immerses facility managers in realistic emergency scenarios — fire evacuations, equipment failures, hazmat incidents — without physical risk. The VR environment replicates the actual building using its digital twin, so staff learn navigation and emergency procedures in their specific facility. Studies show VR-trained personnel retain safety procedures 75% better than classroom-trained counterparts, making it a cost-effective risk mitigation investment.
What is the future role of voice assistants and NLP in navigating virtual reality real estate tours?
Voice navigation will make VR tours accessible and intuitive: "Show me the master bedroom," "How big is the kitchen?" "What does the backyard look like at sunset?" Natural Language Processing (NLP) interprets these commands and navigates the spatial model accordingly. This hands-free interface is especially important in VR where traditional mouse/keyboard controls don't exist, and is a critical accessibility feature for users with mobility limitations.