We apply sophisticated geospatial algorithms, predictive modeling, and GIS-based analysis to extract actionable intelligence from complex spatial datasets.
We specialize in creating analytical frameworks that address your unique challenges, whether it’s assessing spatial trends, conducting risk analysis, or developing predictive models. Our workflows integrate multi-source geospatial data with industry-specific applications.
Our team is adept at employing GIS, machine learning, and spatial algorithms to extract meaningful trends and predictive insights.
Leveraging tools such as Python-based geospatial libraries, big data platforms, and cloud-based GIS systems, we efficiently process and analyze spatial datasets to deliver rapid and reliable results.
Our analytics empower sectors ranging from transportation and infrastructure to agriculture and disaster management.
We provide rich visualizations, such as heatmaps, time-series analyses, and dynamic dashboards, as well as detailed technical reports to make complex spatial data accessible and actionable for all stakeholders.
We recreate Digital Terrain Models (DTMs) from Aerial Photos or Satellite Stereo Imagery by photogrammetry and Structure-from-Motion processing techniques for a wide range of topographical and geotechnical applications, with demands in 3D Spatial Basemaps in fine resolutions and accuracies. Digital Terrain Models serve as 3D basemaps in GIS mapping and analysis, infrastructure design projects, conceptual designs, construction projects and sites development. Ask as to deliver spatial analysis sub-products such as slope and aspect analysis maps, hillshading models, watershed analysis rasters and vectors, elevations contours, etc. Monitor elevation changes and perform precise volume calculations in different time periods for the same area of interest.
We collect thermal images (aerial and terrestial) and compose radiometric thermal orthophotos with surface temperature attribute on every pixel. Wide range of applications in photovoltaic parks, industrial facilities, urban environment, agriculture. Monitor and detect thermal leaks and improve the thermal behaviour of your facilities. Create vegetation index maps to identify problematic areas that need to be addressed. Map and study the thermal behavior of different material surfaces.
