Intelligent agricultural data analytics

Production of accurate orthophoto maps from UAV aerial imagery. The drone captures overlapping vertical frames; imagery is processed into a single geometrically correct orthomosaic. An orthophoto is a high-resolution map-like image tied to coordinates—suited for measurements, asset analysis, and design documentation (unlike a simple oblique drone photo). Drone-supported work includes: • aerial capture from planned altitude; • autonomous flight along predefined routes; • overlapping image acquisition; • photogrammetric processing; • orthomosaic assembly; • georeferencing to the target coordinate system; • delivery of metric orthophoto products; • preparation of materials for topo/cadastral workflows; • roads, buildings, parcels, boundaries and infrastructure review; • change monitoring over time; • datasets for design, construction and spatial planning. Typical applications: • topographic surveys; • cadastral tasks; • land inventory / cadastral updating; • cartographic refresh; • built-up area analysis; • construction site monitoring; • territorial planning; • infrastructure monitoring. Related UAV capabilities often bundled with this track: • orthophoto mapping; parcel aerial surveys; high-resolution mosaics; image georeferencing; office processing; change detection; site monitoring; planning / land-administration datasets.

UAV campaigns to gather up-to-date evidence on parcels, buildings, roads, boundaries, structures and actual land use. Drones quickly provide a comprehensive visual snapshot of a plot or a large estate—supporting land inventories, factual compliance checks, cadastral dossiers and desktop analytics. Drone-supported work includes: • area overflights for fresh observations; • imagery of parcels, fields, roads and structures; • documentation of de-facto boundaries; • feature extraction across the site; • built vs. vacant zone delineation; • coverage of agricultural, residential and infrastructure assets; • inventory-ready deliverables; • qualitative assessment of site condition; • comparison against legacy plans or orthophotos; • datasets for cadastral, surveying and office processing teams. Typical applications: • parcel inventories; • cadastral analytics; • verification of actual land use; • built-environment studies; • change detection reporting; • reporting packages for authorities or boards; • agricultural / industrial estate inspections; • monitoring roads, fields and utility corridors. Related UAV capabilities: • inventory-grade imagery; cadastral/topographic drones; office processing; infrastructure analytics; land-management datasets; environmental screening inputs.

Digital elevation models (DEM / DTM / DSM) derived from UAV imagery. High-detail flights feed photogrammetry to build dense point clouds, surface meshes and contour-ready derivatives. Models support slope analysis, cut/fill volumes, drainage modelling, terrain stability screening and engineering design. Drone-supported work includes: • aerial acquisition tailored for terrain modelling; • height and surface geometry capture; • photogrammetric adjustment; • dense point cloud generation; • DEM / DSM / DTM production; • 3D surface meshes; • height difference analysis; • slope, gully and depression interpretation; • contour and elevation mapping; • earthwork quantity preparation; • landscape process indicators; • ecological / territorial planning datasets. Typical applications: • geodesy and topography; • engineering surveys; • road & utility design; • construction planning; • environmental studies; • terrain condition audits; • soil volume estimates; • storm-water conceptual modelling; • spatial planning programmes. Extended UAV service catalogue (reference): • orthophoto mapping; parcel aerial surveys; high-resolution mosaics; coordinate georeferencing; land-inventory imagery; cadastral/topographic UAV missions; office processing; DEM/DSM/DTM & 3D surfaces; contour mapping; terrain variability analysis; construction monitoring; change detection; infrastructure analytics; field/road inspections; design & land-administration datasets; ecological / landscape analytics.