AICADGIS wasn't built in a vacuum. It was architected to eliminate the bottleneck between heavy desktop CAD/GIS suites and modern cloud-free browser computing—empowering surveyors, civil engineers, and researchers to process complex DXF, DWG, SHP, GML, LiDAR, and 3D DEM datasets anywhere.
Every coordinate transformation, snapping tolerance, and attribute table parser in AICADGIS is informed by direct project management in the field.
Designed for civil engineers, land surveyors, academic laboratories, and municipal GIS departments.
Born from hands-on geomatic engineering leadership on national spatial address registration systems (including GPSTek field-to-finish pipelines), AICADGIS bridges survey-grade coordinate rigor with instant browser accessibility.
Full 2D orthographic and 3D perspective drafting with 21 topology modification tools, 7 magnetic OSNAP modes, dynamic Z-index layer stacking, and bi-directional conversion across DWG, DXF, SHP, GML, GeoJSON, and KML.
Streams live ESA Copernicus 30m (GLO-30) and AWS Terrarium elevation tiles, applying progressive morphological canopy and building stripping to generate bare-earth 3D meshes, Chaikin contours, and 4-band GeoTIFFs.
Processes multi-megabyte ASPRS .LAS, .CSV, and .TXT point clouds via Web Workers. Isolates bare-earth ground returns, fits orthogonal CAD wall polylines through vertical point stacks, and bakes satellite RGB.
Combines client-side OpenCV.js adaptive thresholding and Douglas-Peucker simplification with Cloud Vision OCR and a natural-language AI drafting assistant that executes complex geometric sequences on command.
Transitions seamlessly from infinite model space to calibrated ISO A0–A4 paper layouts. Includes Sutherland-Hodgman corridor strip clipping to unwrap long highway or pipeline alignments into stacked print portals.
Your sensitive engineering blueprints and surveying datasets remain strictly inside your local browser memory.
Unlike cloud-based converters that upload your proprietary floor plans and parcel maps to remote servers, AICADGIS parses DXF, SHP, GML, GeoJSON, GeoTIFF, and LAS files locally in your browser's WebGL and Web Worker memory.
Used by university geomatics, civil engineering, and remote sensing faculties for zero-install LiDAR, TIN triangulation, and Copernicus DEM coursework. Copy our standard BibTeX entry below.
Have a question about custom enterprise workflows, coordinate reference systems, or partnership opportunities? Reach out directly to our engineering team.