Interior AI
Photorealistic Virtual Staging and Interior Design Conceptualization in Seconds
Professional-grade 3D floor planning and interior design visualization for consumers.
Amikasa is a high-fidelity 3D floor planning tool designed to bridge the gap between amateur sketching and professional architectural visualization. Built on a proprietary 3D engine, Amikasa allows users to build, furnish, and decorate rooms using real-world dimensions and a curated catalog of furniture and materials. As of 2026, the platform has matured by integrating robust Augmented Reality (AR) capabilities via ARKit and ARCore, enabling users to project their digital designs into physical spaces at a 1:1 scale. The technical architecture prioritizes low-latency rendering on mobile devices and desktop environments, utilizing a cloud-based synchronization layer for cross-platform project management. Unlike high-end CAD software, Amikasa focuses on user experience (UX) through a drag-and-drop interface, but maintains technical depth with features like real-time light simulation and color palette matching. Its market position is firmly rooted in the 'Prosumer' segment, catering to homeowners, interior design students, and real estate agents who require high-visual impact without the steep learning curve of tools like SketchUp or Revit.
Uses SLAM (Simultaneous Localization and Mapping) to place 3D assets in real-world environments.
Photorealistic Virtual Staging and Interior Design Conceptualization in Seconds
Professional AI-powered architectural visualization and intelligent interior transformation.
Professional-grade AI interior design and virtual staging for the 2026 real estate market.
Professional-grade AI virtual staging and room redesign for high-conversion real estate marketing.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Real-time calculation of light bounce and shadows based on window placement and time of day.
Direct integration of real-world furniture models with accurate SKU data.
High-resolution texture application with specular and normal maps for realistic material rendering.
A gaming-style navigation mode utilizing a virtual camera with adjustable FOV.
Proprietary backend for syncing heavy 3D assets and project metadata across OS environments.
Intelligent vector snapping for architectural elements to ensure structural alignment.
Homeowners struggling to visualize how new wall colors and furniture layouts interact.
Registry Updated:2/7/2026
Buying furniture that ends up being too large for the physical space.
Empty properties failing to attract buyers due to lack of 'warmth'.