You have data of an application e.g. in surveying, agriculture or mining? Our software solutions enable you to quickly process your remote sensing data from RGB, multi-spectral and thermal cameras to georeferenced orthophotos, terrain models, vegetation indices or 3D point clouds. We offer the right solution for every application!
Correlator3D™ from simActive is a patented end-to-end photogrammetry solution for the generation of high-quality geospatial data from satellite and aerial imagery, including drones.
This software performs aerial triangulation (AT) and produces dense digital surface models (DSM), digital terrain models (DTM), point clouds, orthomosaics, 3D models and vectorized 3D features.
Powered by GPU technology and multi-core CPUs, Correlator3D™ ensures matchless processing speed to support rapid production of large datasets.
— Georeferencing with GCP
— Highest processing speed
— Unlimited license
— Supports LiDAR data
Metashape by Agisoft is a leading photogrammetry software for creating detailed 3D models and georeferenced maps. It is a software for the photogrammetric processing of digital images and the generation of spatial 3D data, which can be used in GIS applications, for cultural heritage documentation, for creating visual effects, and even for indirect measurements of objects of varying sizes.
Metashape Professional enables photogrammetric triangulation, modification and classification of dense point clouds for accurate results, digital elevation models (digital surface model and/or digital terrain model, depending on the project; georeferencing based on EXIF metadata/flight log, GCP data), the generation of georeferenced orthomosaics, and supports LiDAR data. Integrated tools offer capabilities for measuring distances, areas, and volumes, as well as stereoscopic measurements.
Do you have problems with the billing of bulks and volumes? We have the solution!
A fast and precise determination of stockpile volumes is indispensable in many working areas (e.g. in quarries, surveying or agriculture). Our software VolumeX provides you with a perfect and flexible tool. Thereby you can determine your stockpile volumes within a few working steps and in an intuitive software interface limited to the essential features. Thus an inventory can be carried out without great operating expense. Furthermore the progress of the stripping or dumping of piles can be documented. Thus you have the possibility to estimate, how long the corresponding materials are still sufficient for the maintenance of the regular operation.
— Import of all standard point cloud formats from UAV flights and laser scanners
— Import of surveying data
— Export the results in all common formats
— Intuitive design and simple usability
— Possibility of easy editing of triangulation
— Texturize the stockpiles using RGB-information
— Digitization of contours possible
— Measuring distances, interspaces and areas
— Volume determination within a few mouse clicks
— Calculation of a volume change from multi-temporal data possible
— Support of all common required methods of volume calculation (e.g. base area, level at predefined height, GRID, REB22013 etc.)
— By specifying bulk density and price, tonnage and value of the stockpile are given
— Also multi-deck approach with variable bulk densities in the stockpile possible
— Output of survey reports including all relevant data within one mouse click
coGIS offers, beside the flight planning, also the possibility to generate vegetation indices (e.g. NDVI etc.) based on the flight data to create application maps for a site-specific treatment. These can be downloaded as shape-files and directly transferred to the Trimble FmX/TMX-2050 or exported as ISOXML. Furthermore damaged areas can be easily digitized and archived for the claim adjustment.
coGIS enables a direct evaluation of your single images acquired via UAV without the need of knowledge in photogrammetry and the corresponding software. One mouse click is enough to generate a georeferenced orthophoto.
The “Advanced Scoring” module for miniGIS allows you to load digital terrain models and georeferenced multispectral orthophotos of your parcel trials. Thereby an automatic creation and assignment of scoring values per parcel and a statistical evaluation as database file (* .dbf) or comma-separated values (* .csv) can be created and exported. Due to the possibility of a colourized highlighting of scoring values per parcel, a potential trial error can be identified within one mouse click.
Furthermore a direct calculation of the crop height and different vegetation indices per parcel can be executed using predefined or own vegetation indices via the formula editor. The calculation of the crop height is executed based on a UAV ground surface model or by means of the automatic steering system’s log data.
Even the pre-processing of TETRACAM multispectral data can be performed with the help of miniGIS “Advanced Scoring”, so you only need a minimum number of software products for your data processing.
— Evaluation of terrain models and multispectral data directly based of the trial layout
— Direct export of statistical evaluation as * .csv possible
— Any vegetation index can be predefined
— Automated height scoring system based on terrain models
The counting of objects is one of the most personnel and time consuming scoring parameters in trial management. Via an UAV flight, RGB orthophotos with a high resolution can be created. Hence it is possible to count objects like e.g. single plants or spikes or flowers. With the Counting-AddOn for miniGIS, this scoring can be executed easily, autonomously and automatically for each parcel. Herby it is furthermore possible to gauge the automatic counting manually and determine further parameters like the soil coverage parcel specifically.
— Fast data acquisition
— Manual or semi-automatic approach
— Flexible counting settings and targeted objects
— Easy handling
— Flexible data output (total amount or coverage rate)
— Process is documented
— Objective and repeatable measurements
This miniGIS module facilitates the scoring of flowering in rape seed. At the moment it is necessary to determine the flowering state manually in a regular interval during one month. This scoring hence is linked with huge personnel expenditure and leads to a subjective result. By only some UAV flights, this task can be accomplished more objective and quicker. Premise is the use of a Tetracam MCAW multispectral camera. The UAV data provides you with absolute values of the beginning of flowering.
— Fast data acquisition
— Reduction of scoring effort
— Output of absolute values
The UAV module offers you the possibility to analyse and evaluate remote sensing data easily and quickly. Here you are not restricted to any UAV platform or sensor. Upload your data and compare different records or rate the amount of damaged area in one record. Calculate the site-specific differences of your fields and visualize them. The parameters of the application maps can be individually configured and adapted to your requirements (e.g. machine width, planned application etc.). The finished application maps can be exported in different machine-readable formats and afterwards directly transferred to different tractor terminals. Furthermore there is the possibility to include the UAV data in the complete range of FARMInfo and use it in other modules.
Here you can log-in to the portal!
— Import of different remote sensing data
— Calculation of site-specific applications
— Individual adaption of different zones
— Export to different machine-readable formats
