QGIS Autonomous Spatial Engine
by Daniel Montero
Operate QGIS headlessly via PyQGIS & MCP: vector/raster processing, layer styling, spatial calculations and map exports.
Founder at Vectis Operations. We build production-grade Model Context Protocol (MCP) servers and autonomous agent skills tailored for demanding technical and engineering pipelines. Coming from rigorous engineering environments and heavily regulated workflows, our tools are built around deterministic execution, strict spatial/geometric verification, and zero-compromise data integrity. ### Engineering & Specialized Tooling Portfolio: - 🗺️ **QGIS Autonomous Spatial Engine (`qgis-mcp`)**: Headless PyQGIS integration for Claude, Cursor, and agentic workflows. Native Processing algorithms, automated cartographic exports, spatial overlays, and CRS auto-validation. - 🚁 **WebODM Drone Photogrammetry (`odm-mcp`)**: Autonomous aerial photogrammetry pipeline running on WebODM / NodeODX. Point clouds, DSM/DTM surface models, orthomosaics, and automated stockpile volume calculations. - 🌊 **USACE HEC Hydraulic & Hydrologic Engine (`hecras-mcp`)**: Headless orchestration for HEC-RAS 7.x (1D steady, 1D/2D unsteady flow simulation) and HEC-HMS basin modeling via direct HDF5 extraction. - 📐 **FreeCAD Parametric Engineering (`freecad-mcp`)**: Headless 3D CAD modeling, SheetMetal development, automated 2D TechDraw drawings, and FEM structural analysis. **Philosophy**: Headless, robust, reproducible. Agents that actually execute and verify complex engineering tasks rather than merely explaining how to do them.
by Daniel Montero
Operate QGIS headlessly via PyQGIS & MCP: vector/raster processing, layer styling, spatial calculations and map exports.
by Daniel Montero
Operate FreeCAD 1.1+ headlessly via Python & MCP: parametric 3D CAD, TechDraw drawings, SheetMetal, BIM/IFC and FEM analysis.