Artificial Intelligence Throughout the Platform

forREAL integrates cutting-edge AI models throughout the platform to deliver intelligent property matching, visual understanding, and conversational assistance. Our AI infrastructure uses multimodal analysis with advanced embedding models for semantic search, all powered by vector databases and modern ML operations.

Platform-Wide AI Assistant

Chat Intelligence

forREAL utilizes a custom agentic architecture to help users do anything and everything with our platform. Utilizing a complex network of intelligent, fine-tuned language models, our AI chat interface is able to dynamically match users with their ideal apartments, as well as guide them through the application and leasing process.

Agentic ArchitectureFine-tuned LLMsDynamic MatchingContext ManagementMulti-Agent System

3D Asset Generation

Surface Reconstruction

Our AI algorithms automatically generate detailed 3D surfaces from captured environments with intelligent surface optimization, adaptive texturing, and structure-aware refinement delivering high-accuracy spatial assets suitable for visualization, simulation, and analysis.

Surface OptimizationAdaptive TexturingStructure-Aware Refinement3D Mesh GenerationSpatial Analysis

3D Tours & Visualization

3D Virtual Tour

Our AI-powered 3D Virtual Tour framework transforms real-world visual data into immersive, photorealistic spatial models. This system employs advanced neural rendering and adaptive geometry representations to achieve lifelike visual fidelity and precise spatial consistency. Our multilayered vision-language models and adaptive advanced filtering algorithms identify and prioritize high-quality frames.

Neural RenderingAdaptive GeometryVision-Language ModelsFrame FilteringSpatial Consistency

Spatial Layout & Design

Floorplan Generation

Our AI pipeline interprets 3D spatial data to produce structured 3D and 2D layouts. It performs intelligent segmentation, spatial reasoning, and semantic zone labeling to automatically delineate rooms and architectural elements with millimeter-level precision. The platform additionally supports user-specific virtual furnishing, allowing personalized interior layouts where AI-generated furniture and design elements adapt dynamically to the spatial and aesthetic context of each environment.

Spatial ReasoningSemantic SegmentationVirtual FurnishingDynamic AdaptationMillimeter Precision