ENABLING BETTER BUSINESS DECISION FROM HIGH RESOLUTION AERIAL IMAGERY
Established in 2004 by GIS and electro-optic technology veterans as an aerial mapping service provider, Icaros has continually evolved and expanded our solutions by developing and pioneering the use of new aerial sensors and photogrammetric processing techniques.
Today, Icaros is not just an aerial mapping company. Icaros is a comprehensive aerial geospatial solutions provider, offering state-of-the-art remote sensing technology products, photogrammetry software products, image data acquisition and processing services, analytic services and training to clients worldwide. Icaros’ mission is to help companies, organisations, and government agencies make better decisions using current and accurate aerial geospatial information delivered in a flexible and actionable format.
Easiest-To-Use Image Processing Software
Icaros OneButton™ software is by far the industries’ easiest-to-use UAV image processing product. By utilising the most advanced photogrammetric and computer vision algorithms, OneButton™ lets you easily and automatically create fully georeferenced 2D and 3D maps and models, while combining highly optimised performance to produce exceptionally fast and accurate results.
Many Output Options
Outputs that can be produced from OneButton™ include orthomosaics, DEMs (Digital Elevation Models), true colour 3D point clouds, orthorectified multispectral band mosaics, and controlled oblique imagery. Icaros also offers a separate product, called MeasurementTool™ that can be used to display processed images, including obliques and thermal images, and perform accurate measurement and analysis.
Photo : Orthomosaic created from aerial imagery collected by DJI Phantom UAV. The stadium at right took 6 minutes to process in 2cm GSD.
OneButton™ orthomosaics are produced from overlapping aerial images that it stitches together and geometrically corrects (“orthorectifies”) to give them a uniform scale. This process removes perspective distortion from the aerial images, making the resulting “mosaic” a map that can be accurately measured and analyzed.
Photo : Orthomosaic of a residential housing subdivision shot from DJI Phantom. Total time to process was 49 minutes
Processed georeferenced and orthorectified imagery products are output in a form that can be automatically ingested into Geographical Information Systems (GIS) and analytics packages such as Esri, MapBox and ENVI, supporting complex analytics for applications including precision agriculture; pipeline inspection; real estate visualisation; construction, engineering projects; and many others.
Photo : 3D point cloud allowing inspection from multiple perspectives
Fully Georeferenced (Pro Version only)
Outputs that can be produced from OneButton Professional™ include Orthomosaics, DEMs (Digital Elevation Models), true colour 3D Point Clouds, orthorectified multispectral band mosaics, and controlled oblique imagery. Icaros also offers a separate product, called MeasurementTool™ that can be used to display processed images, including oblique and thermal images, to perform accurate 3D measurement and analysis.
Photo : Orthomosaic of a waste water treatment plant shot from a DJI Phantom UAV and processed in less than 30 minutes
Regardless of your experience, OneButton™ lets you immediately increase ROI and begin building exciting new applications, and dramatically lowers the cost of ongoing data collection and processing for existing applications.
Photo : Multispectral orthomosaic showing irrigation issues
Features & Benefits
Features & Benefits
NEED MORE INFORMATION?
Download Icaros OneButton brochures:
INTERESTED IN EVALUATING OneButton™ SOFTWARE?
Contact us for a 30-days trial of OneButton™ software by writing to firstname.lastname@example.org
Southern Cross Drones are the distributors for Icaros aerial imagery products offering the popular OneButton™ solution to customers in Australia, New Zealand and APAC region. For more information about Icaros products, please contact us by sending request to email@example.com