Dronet is a Netcad solution that produces and analyzes photogrammetric data. It is a desktop application capable of generating coordinated data such as orthophotos, mesh models, digital terrain and elevation models from raw drone photographs. With 2D and 3D project templates, users can easily start modeling and analysis processes appropriate to their needs. Data accuracy is increased with EXIF information, RTK support, and GCP/CP integration.

Dronet supports advanced spatial analyses such as extracting height profiles, calculating volumes, and slope analysis using the generated point cloud and mesh model data. It works fully compatible with CAD data, enabling operations such as editing, layer management, and exporting. With its flight simulation feature, impressive video outputs can be produced from the created models. Thus, strong visual materials can be obtained for exploration, planning and presentations.

The application offers comparative orthophoto analyses and model merging capabilities to track changes occurring over time. By combining raster and point cloud data, more comprehensive analyses can be performed over larger areas. With all these capabilities, Dronet is a powerful and comprehensive solution for engineering, planning, and terrain analysis.

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Key Features of Dronet

AI-Powered Orthophoto Analysis Solution

Meet Dronet AI!

Step into the user experience of the future!

Automatically detect changes in orthophoto data with Dronet AI, identify objects using artificial intelligence, and utilize analysis results as geospatial data.

Dronet AI
How to use?
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What's New

What is Dronet AI?

AI-Powered Orthophoto Analysis Solution

Dronet AI is a Netcad solution that enables the analysis of orthophoto data using AI-driven methods. It accelerates manual data review processes by automatically identifying objects across vast areas and detecting changes that occur over time.

Using Object Detection tools, features such as buildings, vehicles, roads, heavy machinery, agricultural areas, and solar panels can be identified on orthophotos and converted into geospatial data. With Standard and Advanced Object Detection options, users can perform rapid analyses or customize analysis parameters based on the specific characteristics of the dataset and the area of ​​interest.

How to use?

Automatically identifies changes between orthophotos produced at different times, using artificial intelligence support.

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Standard Object Detection

Enable the rapid and easy detection of objects on the orthophoto.

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Advanced Object Detection

Enable the customization of analysis parameters according to the dataset and the study area.

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AI Notification Panel

Enable the status of the AI ​​operations being performed to be monitored via a centralized dashboard.

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Advanced Analysis Parameters

Enable the controlled structuring of the analysis process for objects of varying sizes, densities, and characteristics.

Netcad AI Standard

Netcad AI Standard is a server-based platform that supports AI integration for Netcad desktop and one enterprise application.

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Netcad AI Enterprise

Netcad AI Enterprise is a server-based platform that supports AI integration for Netcad desktop and multiple enterprise applications.

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Access

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.

What's New

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.

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FEATURES

Key Features of the Product

Check the technical specifications page to review detailed features and descriptions.

Technical Specifications
Photogrammetric Data Production
Point clouds, orthophotos, digital terrain models, digital surface models, and mesh models can be generated from raw aerial photographs captured by drones. These data provide high accuracy and can be effectively utilized in mapping, analysis, and engineering projects.
Project Templates
In Dronet, you can initiate data production processes tailored to your needs by selecting one of the various template types via the “Create New Project” function. Once a new project is created, you can generate the relevant data by choosing from advanced, 2D, or 3D template options. Rapid orthophoto production can also be carried out as part of this process.
Photo and EXIF ​​Management
EXIF data from the photos is automatically read, and X, Y, and Z coordinates, along with orientation parameters, are integrated into the system. RTK-supported flight data can be viewed, and positional accuracy can be further enhanced by loading data from an external file.
Point Cloud and Mesh Management
The generated point cloud and mesh data can be used for various analyses and exported in different formats (.las, .laz, .obj, .glb, .dxf). By removing unwanted objects from the mesh model, volume analyses that accurately reflect the natural terrain structure can be performed.
Flight Screen
On the flight screen, data in DXF, KML, and KMZ formats can be imported and exported. Created flight plans can be saved in KML or KMZ format. This enables flight plan data to be supported across different formats and facilitates data exchange with external systems. Using this screen, model generation can be performed for the selected area.
CAD Integration and Layer Management
CAD drawings can be integrated into the project and edited. Operations such as setting intermediate elevations, adding vertices, and changing colors can be performed. Layers can be exported in .dxf format, enabling data exchange with various engineering software applications.
Analysis and Comparison Tools
It offers comprehensive analysis tools such as elevation profiling, volume calculation, raster comparison, and slope map generation. Changes occurring over time can be easily monitored and reported, providing robust decision support for engineering projects.
Dronet Quality Report
The quality report generated by Dronet presents the results of the photogrammetric production process to the user in a clear and comprehensive manner. All key information—ranging from orthophotos and elevation models of the project area to photo usage rates and positional accuracy indicators—is consolidated within the report.
VIDEOS

Dronet Introduction and Features Videos

Check out informative promotional videos about the product features.

F.A.Q.

Frequently Asked Questions about Dronet

What types of data does Dronet process?
Dronet processes raw photographs captured by drones. It produces outputs such as Orthophoto, Mesh Model, Digital Terrain Model (DTM), and Digital Surface Model (DSM) from these photos.
What analyses can be performed with Dronet?
Volume calculation, height profile extraction, terrain cleaning, drawing and digitization, flight simulation, and model merging can be performed through Dronet.
Does the application work without an internet connection?
Yes. Dronet is a desktop software and its basic functions can be used offline. However, periodic internet access may be required for license checks and updates.
What outputs can be obtained with Dronet?
·      TIFF: Orthophoto, DSM, DTM
·      OBJ / GLB: Mesh Model
·      LAS / LAZ: Point Cloud
·      DXF: Digitized Vector Data
Which coordinate systems are supported?
Dronet supports national and international coordinate systems with EPSG codes, including Turkey Coordinate Systems (ED50, TUREF). Outputs can be transformed into the desired coordinate system.
Is there GCP (Ground Control Point) support?
Yes. Dronet improves accuracy in photogrammetric processes using GCP (Ground Control Point) data. GCPs can be easily integrated into the project.
Is user intervention required during photogrammetric processing?
Dronet offers automated workflows with a user-friendly interface. However, if needed, the user can manually adjust model creation parameters (for example, GCP editing).

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bilgi@netcad.com

Technical Support

Dronet Support with 24/7 service approach
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Ankara Office
+90 312 265 05 10
İstanbul Office
+90 216 417 62 10

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