opendronemap3.4.0

Turn aerial drone photographs into mapped geographic products and three-dimensional data with opendronemap. The OpenDroneMap toolkit processes survey imagery into structured geographic outputs for examining terrain, surfaces, and measured image information. It supports both local and cloud-based workflows, giving drone surveyors and geospatial practitioners options for where processing takes place.

From the imagery, it can generate point clouds, classified point clouds, digital surface models, textured digital surface models, digital elevation models, and orthorectified imagery. It also produces remote-sensing indices and band-ratio products such as NDVI, VARI, and SAVI. These outputs support mapping, surveying, environmental observation, and 3D reconstruction tasks in which aerial captures must become usable geographic data.

Command-line tools suit scripted or repeatable jobs, while graphical interfaces support users who prefer visual controls. An embeddable Python module lets developers incorporate processing into Python software, and a REST endpoint exposes it through a service interface. opendronemap 3.4.0 runs on Linux with snapd on x86_64 (amd64) systems. Published by OpenDroneMap under an open-source license, it serves drone operators, GIS teams, researchers, and developers building applications around aerial imagery.