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Satellite imagery data centres are designed to operate a defined number of satellites. For instance, difficulties when new satelliteshave to be incorporated in the system appear. This occurs because traditional infrastructures are neither flexible nor scalable. Withthe appearance of Future Internet technologies new solutions can be provided to manage large and variable amounts of data ondemand. These technologies optimize resources and facilitate the appearance of new applications and services in the traditional EarthObservation (EO) market.  The use of Future Internet technologies for the EO sector were validated with the GEO-Cloud experiment, part of the Fed4FIRE FP7European project. This work presents the final results of the project, in which a constellation of satellites records the whole Earthsurface on a daily basis. The satellite imagery is downloaded into a distributed network of ground stations and ingested in a cloudinfrastructure, where the data is processed, stored, archived and distributed to the end users.  The processing and transfer times inside the cloud, workload of the processors, automatic cataloguing and accessibility through theInternet are evaluated to validate if Future Internet technologies present advantages over traditional methods. Applicability of thesetechnologies is evaluated to provide high added value services. Finally, the advantages of using federated testbeds to carry out largescale, industry driven experiments are analysed evaluating the feasibility of an experiment developed in the European infrastructureFed4FIRE and its migration to a commercial cloud: SoftLayer®, an IBM Company

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

Evaluation of Future Internet Technologies for Processing and Distribution of Satellite Imagery