The technology is designed to meet challenges of national interest by being agile and flexible with vast amounts of layered grid data.
The AGDC reduces processing time of traditional image analysis by calibrating, pre-computing known extents, pixel alignment and storing metadata in a cell lattice structure.
The temporal-pixel aligned data can often be analysed faster across space and time dimensions than previous scene based techniques.
This allows the AGDC to be flexible in tackling future challenges and improve analysis times on every-increasing data repositories of earth observation.
The AGDC has also been used internationally [1] to allow countries to maintain ecologically sustainable programs and reduce the difficulty curve of utilizing Remote Sensing data.