Specialized Solution

AI Floor Plan Analysis

We build custom AI systems that analyze floor plan drawings, detect physical objects, extract room geometry, and output structured data for enterprise workflows.

Key Extraction Targets

Door & Window Tags
Wall Polygons
Room Boundaries
Dimension Lines
Door Schedules
Custom Symbols

The Problem

Floor plans are complex, un-indexed visual documents.

Manual floor plan analysis is slow, error-prone, and doesn't scale. Generic vision models miss domain conventions, rotated schedule text, and spatial relationships between rooms and doors.

System Workflow

How the AI System Works

01

Vector & Raster Ingestion

PDFs, CAD exports, and high-res scans are pre-processed, deskewed, and segmented.

02

Multi-Task Detection & OCR

Parallel neural networks detect architectural elements while specialized OCR reads rotated text and tags.

03

Spatial Graph Construction

Detections and text tags are joined into a spatial topology graph connecting rooms, openings, and schedules.

Capabilities

Engineered Features

Automatic Door & Window Detection
Room Area & Perimeter Calculation
Rotated Tag & Annotation OCR
Door/Window Schedule Extraction
Custom Symbol Recognition
Spatial Topology Graph Generation

Architecture

Technical Stack

YOLOv8 / RT-DETR Vision ModelsREADY
Custom CRAFT + PP-OCR EngineREADY
Shapely / Shapely2 Geometry GraphREADY
FastAPI / Ray Server MiddlewareREADY
REST API & Webhooks OutputREADY

Relevant Case Study

Wayfinding & Indoor Navigation Platform

Extracted 4,500+ room polygons and door spatial connections from architectural PDFs into a real-time navigation API.

Read Case Study

Frequently Asked Questions

We support vector PDFs, raster PDFs, DWG/DXF renders, high-resolution PNG/TIFF scans, and multi-page plan sets.

Tell us what you want AI to do with your drawings

Fill out the details below and an AI engineer will evaluate your requirements.

Upload Sample Plan (Optional)

PDF, DWG, PNG, or ZIP up to 50MB

Strict confidentiality. Your sample drawings and project details are never shared or used to train public models.