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Real time architectural visualization created with Unreal Engin

 Next-Gen Interactive ArchViz | UE5 + Meta Interaction SDK Demo

Virtual Reality

Here are some of the benefits of interactive real-time architecture

Immersive experiences

Users can explore and navigate through virtual spaces, gaining a better sense of scale, proportion, and spatial relationships.

Real-time Design Evaluation

Quick and iterative design changes, allowing for better decision-making and refinement of the architectural elements.

Design Simulation

Architects can simulate various environmental conditions, such as lighting, acoustics, and material finishes, in a virtual environment.

Expanded Features

Natural Hand Tracking

Interact with the environment using your hands—no controllers required.

Interactive Spatial UI

Navigate through custom 2D panels and menus distributed in the virtual space.

Physics-Based Interaction

Open doors, move furniture, and feel the scale with realistic object manipulation.

High-End Performance

Optimized for NVIDIA RTX series to ensure a smooth, immersive 90 FPS experience.
Virtual Reality Features

Precision Raycasting

Interact with menus, objects, or surfaces from a distance with high-precision rays.

Audio & Haptic Feedback

Spatial audio and vibration feedback that reacts in real-time to your interactions.

Microgesture Controls

Perform actions by simply pinching your fingers without needing sweeping movements.

Seamless Multimodal

Instantly transition between physical controllers and your bare hands without pauses.

3D Camera Tracking

Matchmoving, also known as 3D camera tracking and compositing, involves analyzing video sequences to extract camera motion and 3D scene data. This process enables the correct compositing of 3D elements onto 2D footage. Architects and designers leverage 3D camera tracking to provide clients with realistic visualizations of their projects within real-world environments.