Envirosense
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All Topography Orthophoto Agriculture Forestry Built-in areas

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Performing individual surveys using LIDAR technology

Fast and high-precision three-dimensional data acquisition from large areas, even from areas where geodetic surveys could only be performed with high resource needs. Our aerial surveys are optimized for customer specified objectives and area.

Performing individual surveys using hyperspectral technology

With hyperspectral remote sensing technology, information is collected in a range that is invisible to the human eye. This makes possible to perform different analyses in the visible and near infrared (400-2450nm) range. Our aerial surveys are optimized for customer specified objectives and area.

LIDAR point cloud processing, classification

Our expertise in processing aerial laser scanning data and our available processing capacity enable us to process data produced by partner organizations professionally.

Performing individual surveys using aerial digital imagery

The technical content of the project is developed and defined in cooperation with the customer. Flight planning is fulfilled based on the AOI. This is followed by the flight campaign and post-processing.

Perform individual surveys using oblique digital measuring camera technology

The technical content of the project is developed and defined in cooperation with the customer. Flight planning is fulfilled based on the AOI. This is followed by the flight campaign and post-processing.

Processing of raw aerial images, orthophoto making

Based on raw aerial image data and raw external orientations, our team performs aerial triangulation, orthorectification and mosaicing of aerial images.

Aerial triangulation, orthorectification, mosaicing

Based on preprocessed aerial image data and raw external orientations, our team performs aerial triangulation, orthorectification and mosaicing of aerial images.

Alarm service in damaged areas

During the continuous monitoring of client-defined parcels, a notice is being sent of sudden changes. This allows the customer to become aware of any incidents or other events in the area that may adversely affect expected yields, and intervente as soon as possible.

Area calculation, area drawing

A target tool that allows the user to draw a user-defined target area(s) on a base map in a web platform.

Projection conversion

As a result of the projection conversion service, input coordinates (eg. results of GPS measurements) are converted to EOV (Hungarian Proejection System).

Field monitoring

During continuous monitoring of client-defined parcels, we provide information on parcel development, changes, and location of underdeveloped or outstanding areas.

Processing of UAV images

Processing of raw UAV images assessed by the user and delivering the endproducts.

Mapping areas using aerial remote sensing techniques

Upon request, aerial remote sensing (UAV) survey of target plots, processing and evaluation of collected images.

Field sampling for crop yield determination

Sampling of client-definied target plotsed by using standar smapling protorocols determinted for each. Performing yield estimation based on the results.

Plant monitoring expertise

Produce a chronology map series for client-defined target plots based on satellite data analysis, analysis of biomass changes, identification of undeveloped areas, and provision of expertise about the area.

Volumetric Calculation (Timber Volume)

Quantity of total timber volume per unit area, expressed in m3. The system is based on individual tree identification, which is calculated from LiDAR and optical remote sensing data.

Damage assessment

Detection of damage events (ice break, storm, pest, drought) based on change analysis.

Performing aerial remote sensing campaigns in complete areas

Fast and high-precision three-dimensional data acquisition from large areas, even from areas where geodetic surveys could only be performed with high resource needs. Our aerial surveys are optimized for customer specified objectives and area.

Monitoring service

Continuous monitoring of changes in forest areas. Time series analysis of quantitative (area, height, etc.) and qualitative (eg. health state) parameters of pre-selected areas.

Performing unique urban surveys using LIDAR technology

Fast and high precision three-dimensional data collection from urban areas, specifically built-in environments. Our aerial surveys are optimized for customer specified objectives and area.

Performing unique urban surveys using hyperspectral technology

With hyperspectral remote sensing technology, information is collected in a range that is invisible to the human eye. This makes possible to perform different analyses in the visible and near infrared (400-2450nm) range. Our aerial surveys are optimized for customer specified objectives and area.

Perform unique urban surveys using Nadir or oblique aerila digital imagery

Production of high resolution aerial images with digital metric camera in real color or near-infrared range. Nadir images for traditional orthophoto mosaic and true orthophoto or oblique images for 3D textured models.

LIDAR point cloud processing, classification

Our expertise in processing aerial laser scanning data and our available processing capacity enable us to process data produced by partner organizations professionally.

Processing and evaluation of digital aerial images

Our experience in processing images taken by digital metric camera or hyperspectral sensors and our processing capabilities enable us to professionally process and evaluate data produced by partner organizations.

Unique mapping of line facilities using LIDAR technology

Fast and high-precision three-dimensional data acquisition of line facilities (power lines, roads, railways, canals), even with multisensor technology. Our aerial surveys are optimized for customer specified objectives and target objects.

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