The company developed software platform for creation of high precise 3D maps using drones or other devices capable of capturing high resolution video or photo. The system uses state of the art algorithm for Simultaneous Localization And Mapping (SLAM) opposed to current (outdated) photogrammetric techniques. Our solution also integrates the sensors from the device (drone) which enables us to get accuracy in range of few centimetres.
The product is consisted of desktop application that implements the core mapping algorithm but we also plan to include web application for online map management,
data sharing, reporting, user and companies profiling and sales. The solution also integrates mobile application for fast map inspection, sharing and project management.
TECHNOLOGY FEATURES & SPECIFICATIONS
Innovation is our competitive advantage.
•Fast and accurate 3D map creation form images or video in near real time with proprietary desktop application
•Integration with drone sensors by which we get bigger accuracy
•Tools for map manipulation (resize, scaling, volumetric analysis)
•Multiple export formats
Advantages from other similar solutions are:
Fast 3D map creation
Sharing the created map through web or smart phone application
Get accurate metric measurements from the created map with error of less than 1%
Low maintenance cost
Inhouse processing on midrange personal computer which will eliminate the need of expensive servers or cloud-based platforms
Area and volumetric analysis
Export/import in/from popular 3D formats
Reporting tools for generating project-based reports with user definable parameters
This platform can be used in a variety of fields. Just imagine how much time and resources would be saved if a whole construction project is mapped. A process which normally take days doing it manually. Or that the environment is being mapped real-time while driving.
Construction site inspection
Mapping and cartography
3D model reconstruction
Oil and gas exploration
Crime/accident scene reconstruction
Cultural heritage reconstruction
Cellular network planning