Using data from our hybrid airborne sensor, we integrate 3D Mesh models of the highest quality with semantic information. Such combination of 3D mesh models fragments with information about objects representing them is based on the results of semantic segmentation of oblique images and point clouds.
The technology was developed in collaboration with scientists from the Warsaw University of Technology.
We offer automatic detection of objects on oblique images, as well as their visualisation and extraction of geographical coordinates. Moreover, we perform segmentation of full content of images, where we classify image content according to individual customer needs. In this process, we extract, among others: building facades, windows, roofs, impermeable and permeable surfaces, including greenery.
Due to the unique vertical integration of sensors, a dedicated flying unit, data acquisition methodologies and artificial intelligence algorithms used throughout the service delivery process, we offer advanced geospatial intelligence analyses for:
- environmental protection - for monitoring of Natura 2000 non-forest natural habitats and monitoring of invasive and expansive plant species;
- emergency management - to provide up-to-date geospatial data and analysis during or shortly after an event;
- the energy and telecommunications industry.
By using multispectral remote sensing data captured from our sensors, we take inventory of flora and assess vegetation in respect of species groups and plant height, simultaneously eliminating the necessity to undertake expensive field inventorying. The algorithms associated with artificial intelligence, neural networks, machine learning and deep learning are utilised for the purposes of carrying out the aforementioned analyses.
True Ortho is vertical imaging without the presence of a tilt. Developing high-quality True Ortho requires proper flight mission planning (increasing coverage between images) and optimal camera selection (such as our Leica CityMapper-2 sensor with a narrow angle of view). This gives the analyst a direct view of the terrain surrounding the building, and this, among other things, greatly facilitates spatial planning and spatial analysis.
We develop three-dimensional vector data, taken from aerial images, on a stereoscopic model with the accuracy of up to 10 centimetres. We have relevant experience in interpretation and acquisition of 3D data concerning open engineering structures, topographic relief (terrain), surface water, vegetation complexes, individual trees, individual rocks (boulders), aerials (antennas) and moving objects (e.g. animals).
We develop two-dimensional analyses by means of vectorisation of orthophoto maps and analogue map rasters, as well as three-dimensional analyses based on a classified cloud of LiDAR points. The end-product of this process is an editable delaminated vector file featuring division into surface structures, linear structures, point structures, text descriptions and editorial components. We are ready to execute photo-interpretation works characterised by a high level of detail, both in respect of 2D data and 3D data, referring to natural sites (structures), technical facilities and land development (site development).
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Aleja Tysiąclecia 11 82-300 Elbląg |
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phone: +48 (55) 237 60 00 fax: +48 (55) 237 60 01 |
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E-mail address: |
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ul. Grzybowska 80/82 lok. 700 00-844 Warszawa |
