Interior Architecture

• Traditional interior design presentations (2D plans, renderings) do not allow clients to fully experience the space.

• Clients often struggle to visualize furniture placement, decor, or spatial flow.

• Changes after construction or installation are costly and time-consuming.

• Limited interactivity reduces engagement and confidence in design decisions.

• Immersive Virtual Walkthroughs: Clients experience full-scale virtual walkthroughs to understand spatial arrangements, lighting, and aesthetics.

• Interactive Design Adjustments: Users can modify furniture, decorative materials, and design elements in real time within a virtual environment.

• AR Home Decoration: Homeowners visualize and furnish empty spaces using AR by scanning their home with a smartphone or AR device. Virtual furniture and decor are overlaid in real time.

• 3D Modeling & Smart Technology: Combines detailed digital models with AI-assisted suggestions to optimize design choices and efficiency.

• Enhanced Collaboration: Architects and clients can interact in the same virtual space, facilitating feedback and faster decision-making.

• Homeowners planning renovations or new interior spaces.

• Architects and interior designers seeking to enhance client presentations.

• Real estate developers offering furnished spaces virtually to potential buyers.

• Exhibition centers and interior design schools for interactive demonstrations.

• Growing demand for AR/VR solutions in interior design, real estate, and client presentations.

• Increasing need for personalized, interactive design experiences before execution.

• Opportunity to reduce costly errors and enhance client satisfaction.

• Potential to expand into global interior design markets, real estate visualization services, and online design platforms.

• Real-time AR/VR customization of furniture, colors, and decor.

• Multi-device support (smartphones, AR glasses, VR headsets).

• Integration with existing CAD or BIM models for professional workflows.

• Analytics on user preferences to inform design recommendations.