Let’s assume we get 20 sets of images, each set consisting of 2,500 images. It will generate around 50,000 images (assume a DJI Camera, 4000×3000 image resolution, 400 feet flight altitude with 60% overlap and 2 inch/pixel GSD). Let’s say our monthly surveyed area is 25,000 hectare (250 sq.km.).
In order to analyze these parameters we are going to take a test scenario. You deploy WebODM on a cloud service such as AWS or Google Cloud and process your datasets on the cloud.Īll these cost models have their own implications on number of images that can be processed, time to process and how much it will cost. Therefore there is now one more cost model available to us:Ħ. It is able to generate photogrammetric outputs on par with the other softwares mentioned above. For those who don’t know, WebODM is a free and open-source drone mapping software. Maps Made Easyīut now things are changing with the advent of an open-source solution, WebODM. Pay a pay-per-use fee for a cloud-based processing service, ex. Pay a subscription fee for a cloud-based processing service, ex. Pay a subscription fee for a desktop-bound license, ex. Pix4D Mapper Enterprise Server License, Agisoft Metashapeģ.
Pay one-time for a perpetual license and deploy it in cloud, ex. perpetual licenses for Pix4D Mapper, Agisoft MetashapeĢ. Pay one-time for a perpetual desktop-bound license, ex. Traditionally, there have been five cost models when it came to drone mapping software:ġ.
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