Aerial Diagnostics provides a UAV‑based imaging service that captures high‑resolution RGB and multispectral data, producing orthomosaics, 3D point clouds, DEMs and vegetation indices with sub‑10 cm accuracy. The cloud‑native photogrammetry pipeline delivers GIS‑compatible layers and API access for construction progress monitoring, asset management, and precision agriculture, offered via per‑flight fees, data packages, or subscription tiers.
Funding
Funding not disclosed
Founders
Product
Problem
Construction sites, large‑scale land projects, and agricultural operations often rely on ground surveys or satellite imagery that are either too slow, lack the necessary spatial resolution, or cannot capture timely vegetation health metrics. This hampers accurate progress tracking, resource optimization, and early detection of environmental issues.
Solution
Aerial Diagnostics delivers a UAV‑based imaging platform that generates high‑resolution orthomosaics, georeferenced 3D point clouds, and multispectral datasets on demand. Flights are programmed with automated waypoint navigation and RTK‑enabled positioning to ensure centimeter‑level accuracy. Captured imagery is processed through a cloud‑native photogrammetry pipeline that produces textured mesh models, digital surface models, and vegetation indices such as NDVI. The resulting products are packaged into GIS‑compatible layers and can be accessed via a subscription analytics portal or delivered as standalone data bundles. This workflow enables stakeholders to monitor construction progress, assess plant health, and manage assets with minimal field labor and reduced turnaround time.
Target Audience
Primary customers include construction contractors, civil engineering firms, and project managers who need real‑time site monitoring, as well as agronomists, vineyard and golf‑course managers, and GIS analysts responsible for vegetation health and asset management.
Features
- Dual‑payload UAVs equipped with high‑resolution RGB cameras and calibrated multispectral sensors for simultaneous visual and spectral capture
- Automated flight planning with obstacle avoidance and RTK/PPK GPS for sub‑10 cm geolocation accuracy
- Cloud‑based photogrammetry engine that generates orthomosaics, dense point clouds, DEMs, and textured 3D meshes within minutes of flight completion
- Built‑in vegetation analytics (NDVI, GNDVI, VARI) delivered as GIS raster layers for precision agriculture and ecosystem monitoring
- Seamless integration with industry GIS platforms via WMS/WFS services and export options for GeoTIFF, LAZ, and OBJ formats
- API access for programmatic retrieval of assets, enabling custom asset‑management dashboards and automated workflow triggers
- Optional CAD drafting overlay that aligns 3D models with BIM data for design verification and clash detection
- Role‑based user portal offering per‑flight purchase, data‑package licensing, or tiered subscription to advanced analytics tools