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Automatically detect changes in orthophoto data with Dronet AI, identify objects using artificial intelligence, and utilize analysis results as geospatial data.
Object Detection
Detect objects using artificial intelligenceOrthophoto Difference Analysis
Automatically detect changesAutomatically identifies changes between orthophotos produced at different times, using artificial intelligence support.
Enable the rapid and easy detection of objects on the orthophoto.
Enable the customization of analysis parameters according to the dataset and the study area.
Enable the status of the AI operations being performed to be monitored via a centralized dashboard.
Enable the controlled structuring of the analysis process for objects of varying sizes, densities, and characteristics.

Netcad AI Standard is a server-based platform that supports AI integration for Netcad desktop and one enterprise application.
Netcad AI Enterprise is a server-based platform that supports AI integration for Netcad desktop and multiple enterprise applications.
It is a server-based platform that enables the integrated operation of AI-powered functions developed within the Netcad solution family.
Netcad AI Standard supports a single AI solution integrated with only one enterprise application.
Netcad AI Enterprise supports AI solutions that integrate simultaneously with multiple enterprise applications.

AI-Powered Orthophoto Change Analysis
Orthophoto data covering the same study area but generated at different times can be compared using Dronet AI. Through AI-powered analysis, areas showing changes between images are automatically identified, enabling the user to focus directly on the specific locations where changes have occurred.
Object Detection
With Standard Object Detection, objects within the orthophoto can be automatically identified using AI. Detection tasks can be performed for various objects and features, such as buildings, vehicles, heavy machinery, roads, agricultural areas, and water bodies. The detected objects can be processed in geospatial data formats and integrated into mapping, CAD, and GIS workflows.
Check the technical specifications page to review detailed features and descriptions.








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