Ecosystem and biodiversity Protection
These projects demonstrate the wide range of applications of unmanned technologies across various industries and regions, as well as our ability to provide high‑quality monitoring and data analysis services that contribute to sustainable development and environmental protection.
Leningrad Region. Building company.
As part of a collaboration with one of the leading construction companies in the Leningrad Region, comprehensive aerial photography was conducted of the area designated for new construction. The project included the creation of orthophoto maps at a scale of 1:500, which allowed for a detailed representation of the terrain and existing terrain features.
Work performed:
Work performed:
- Aerial photography. Use of unmanned aerial vehicles (UAVs) to obtain high-quality images from the air.
- Digital terrain models. Creation of a digital elevation model (DEM) for analysis and design.
- 3D models. Development of three-dimensional models for visualizing future objects and their integration into existing infrastructure.
Sverdlovsk Region. Nature reserve.
A project to survey the territory of a nature reserve in the Sverdlovsk Region was aimed at updating data on vegetation and the state of the ecosystem. The main task was to create up‑to‑date 3D models to assist in conducting environmental monitoring.
Work performed:
Work performed:
- Terrain survey. Use of hyperspectral imaging to assess vegetation condition.
- Creation of 3D models. Modeling of terrain and vegetation cover to identify changes in the ecosystem.
- Environmental monitoring. Conducting regular measurements to track changes in the reserve's condition.
Moscow Region. Building company.
As part of an affordable housing program, there was carried out aerial photography of several settlements in the Moscow Region. The goal of the project was to create topographic maps at a scale of 1:5000 for further planning of residential complexes.
Work performed:
Work performed:
- Aerial photography. Collection of data on the current condition of land plots.
- Data processing. Use of GIS to create accurate topographic maps.
- Coordination with local authorities. Interaction with municipal services to obtain necessary permits and approvals.
Pskov Region. Aerial photography.
An aerial photography project was carried out to create a 3D model of water protection zones. This made it possible to develop a territory improvement plan taking into account environmental requirements.
Work performed:
Work performed:
- Aerial photography. Surveying the city at a scale of 1:500 to obtain detailed images.
- Creation of a 3D model. Modeling of water protection zones considering existing infrastructure and natural features.
- Development of an improvement plan. Creating recommendations for improving the condition of water bodies and adjacent areas.
Far Eastern District. Oil product spills containment.
An operation to localize oil product spills was conducted in the Far Eastern District. The main objective was to respond quickly to incidents and prevent the spread of contamination.
Work performed:
Work performed:
- Rapid assessment of pipeline condition. Surveying areas adjacent to oil pipelines to identify potential threats.
- Localization of the contaminated area. Use of UAVs to determine the size and location of the spill, which enabled prompt response measures to be taken for cleanup.
Krasnodar Region. Agricultural company.
An NDVI analysis project was carried out as part of a collaboration with an agricultural company in the Krasnodar Region. The goal was to assess crop health and identify stress zones.
Work performed:
Work performed:
- Multispectral aerial photography. Collection of field condition data using UAVs.
- Vegetation index (NDVI) analysis. Processing the obtained data to determine plant health and identify problem areas.
- Recommendations for agronomic measures. Providing recommendations for improving crop condition based on the collected data.
Exploratory methodological survey
An exploratory methodological survey project was aimed at assessing the distribution patterns of useful components in the soil. This included creating a set of magnetic field condition maps.
Work performed:
Work performed:
- Data collection. Use of multispectral cameras to survey land areas.
- Creation of magnetic field condition maps. Development of maps at a scale of 1:500, allowing for detailed assessment of soil condition and its resources.
- Data analysis. Conducting analysis of the obtained maps to identify potential mineral deposits.
Trans-Baikal region. Fire prevention.
A fire prevention program was implemented in the Trans-Baikal region, Amur Region, and Khabarovsk Region. The main task was early detection of fires and their suppression at the ignition stage.
Work performed:
Work performed:
- UAV monitoring. Regular surveillance of forest areas to detect the first signs of fire.
- Specialized data analysis algorithms. Development of algorithms that enable rapid processing of forest condition data and identification of potential threats.
- Cooperation with local services. Coordination with fire services for rapid response to fires.
