Drone as a Service is a comprehensive UAV solution offered by GISonLine. It includes flights execution and unmanned aerial vehicles data processing. Service allows to take advantage of all professional unmanned systems benefits without unnecessary risks and costs. Innovative, multifunctional platforms are designed for a diverse audience by offering a wide range of applications.
Each project begins with defining the individual needs of the client and scheduling. In agreement with the customer we match our equipment and sensors for specific tasks. Specialized team performs flight according to internal procedures and methodology. Collected data shall be compiled and processed by GIS professionals and delivered in a way that is most convenient for the client. As the results, we obtain high resolution images, dense point clouds, 3D models, DEMs and thematic maps.
Except for land surveying we specialize in broad variety of infrastructure type: railway, road, industrial, lighting and power.
Comfortable in transport and light drone type flying wing, ready to fly in a few minutes. Safe start, precise landing and intuitive operation make it an ideal choice for many applications. Applied to linear and surface flights, it is used in all industries, from geodesy and agriculture to inventories and inspections of technical condition of critical infrastructure.
DJI Phantom 4 Pro is an versatile tool for inspection process and small area/high quality mapping. Its 20Mpix camera provides high-quality data proving itself especially in congested areas. Used for LIVE-broadcasting and detailed infrastructure inspections.
The GRYF system is an multi-functional unmanned platform, designed for a wide range of applications. This multi-rotor platform is characterized by wide range of functionalities. A modular design allows quick and easy adaptation of the platform for carrying various types of sensors. Thanks to its properties, GRYF is used in such industries as land surveying, construction, rescue and power engineering.
Task scoping
Defining components and objects to be surveyed
Selection of the drone
Flying platform and sensor selection
Data acquisition
Performing flights and data capture
Data processing
Development of photogrammetric products (3D model + orthomosaic)
Data analysis
Technical condition assessment and inspection report preparation
Web application
Results sharing and publication
Do not hesitate to contact us. GISonLine consultants will be happy to answer your questions.
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