WOVEN 3D - AI-Driven Ultra-Realistic Carpet Showcase & Online Store

WOVEN 3D is an AI-driven ultra-realistic 3D carpet showcase and online store demo designed to demonstrate how physical product visualization can become an interactive digital experience. Instead of presenting carpets through conventional static product photography alone, the platform places the product inside a real-time WebGL environment where users can explore its appearance, manipulate its physical form and experiment with configurable properties. The central experience is an interactive carpet simulation. A carpet can be dragged to lift and reposition it, pinned at individual points, released, dropped and manipulated to produce realistic folds and deformation. The environment can simulate gravity, stiffness, weight, friction, bending and wind, allowing the carpet to behave as a flexible physical surface rather than a rigid three-dimensional card. Camera controls provide perspective, front, top and side views, together with orbit, zoom and reset functionality for detailed inspection. The physics layer is exposed through configurable simulation parameters including stiffness, weight, gravity, wind, friction and bend behaviour. This makes the demonstration particularly suitable for showcasing how different materials can influence the perceived physical character of a carpet. Material selection can therefore affect not only its visual appearance but also its simulated behaviour and tactile impression within the virtual environment. The rendering system is designed around physically based rendering principles. Carpet surfaces can combine diffuse color, normal information, roughness, ambient occlusion, metallic response, sheen, anisotropy and fiber-density parameters to create a more convincing representation of woven and textile materials. Instead of treating a carpet as a simple textured plane, the material pipeline can encode surface response and micro-detail to improve depth, softness and fabric realism. The product configuration layer provides real-time control over multiple product dimensions. The demonstrated environment supports multiple patterns, color tints, sizes and materials, with configuration changes reflected immediately in the 3D scene. This establishes a reusable product model in which visual assets, physical properties and commercial metadata can be associated with the same configurable product definition. WOVEN Studio also introduces a custom texture-design workflow. Administrators can create or modify carpet patterns using drawing and procedural-style tools including pen, eraser, fill, line, circle, rectangle, spiral, blur and sharpen operations. Texture parameters such as roughness, bump intensity, metallic response, sheen, anisotropy and fiber density can be adjusted interactively. The workflow can also work with multiple material-map concepts including diffuse, normal, roughness, ambient-occlusion and metallic data, providing a foundation for generating richer PBR carpet assets. The AI layer extends the platform beyond conventional product visualization. AI can be used as an intelligent interface for product discovery, design assistance and asset generation. Users can express desired characteristics in natural language, while the AI can help identify suitable patterns, colors, materials or product variants and translate high-level creative requirements into structured configuration decisions. Within an administrative workflow, AI-assisted generation can also support the creation of new carpet textures and product content. The online-store layer connects the immersive 3D experience with conventional commerce functionality. Users can inspect products, select configurations, add products to a shopping cart, review totals and access account-related functionality. The platform includes product, order and user-management concepts, providing a foundation for a complete digital commerce workflow around the 3D product experience. The administrative environment provides product management capabilities including creation, editing, status management, SKU assignment, pricing, descriptions, pattern selection, material selection, size configuration, color tinting and product badges. Product data can be exported and imported, allowing the catalogue to evolve independently from the visualization engine. Order management provides an operational layer for customer purchases, while user management introduces roles and granular permissions such as product management, order management, user management and analytics access. This creates the basis for separating the public shopping experience from protected operational administration. The interface also provides environmental and presentation controls, allowing users to switch between different lighting and atmosphere conditions such as daylight, sunset, golden-hour, overcast and night environments. A wind mode demonstrates how environmental forces can interact with the simulated carpet surface, creating a direct visual connection between the physical simulation and the presentation environment. The interaction model is intentionally designed around direct manipulation. Users can drag the carpet, pin and unpin points, orbit around the object, zoom into the surface and reset the scene. Keyboard shortcuts provide rapid access to simulation and interaction functions including pause/resume, reset, wind, dust-shake, snapshot, theme switching, smoothing, inflation, dropping and cutting modes. From a technical perspective, the application is structured as a modern browser-based interactive 3D system. WebGL provides hardware-accelerated rendering, while Three.js and React-based 3D architecture can provide the foundation for scene composition, camera control, materials, interaction and real-time visualization. A dedicated physics layer handles flexible-surface behaviour and interaction, while the application layer connects the simulation state with product configuration and commerce workflows. The architecture deliberately separates the visual representation of a carpet from its product definition and physical simulation parameters. This enables the same underlying product model to drive visualization, customization, physics, catalogue management and future commerce operations. It also provides a foundation for adding further products, environments, material systems, procedural texture generation and AI-driven configuration workflows. The resulting WOVEN 3D experience demonstrates a new class of digital product presentation: a carpet can be viewed, configured, physically manipulated and commercially explored inside the same interactive environment. By combining AI assistance, PBR rendering, real-time physics, procedural and texture-design capabilities and e-commerce foundations, the platform turns a conventional carpet catalogue into an immersive digital product studio.