Descrizione del progetto
Un servizio di comunicazione satellitare più intelligente
Le tecnologie spaziali e di internet convergono sempre più. I sistemi satellitari a bassa orbita terrestre (Low Earth Orbit, LEO) stanno diventando fondamentali per la prossima generazione della comunicazione dei dati, essenziale per gli sforzi Europei verso un ruolo maggiore nelle missioni commerciali e scientifiche. Il progetto SDG finanziato dall’UE, sviluppa un servizio di comunicazione di nanosatelliti intelligente all’interno dei sistemi LEO, inteso ad aumentare considerevolmente la trasmissione di dati su richiesta dallo spazio, ottimizzando nel contempo le operazioni satellitari e riducendo i costi. La soluzione offre un sistema di comunicazione satellitare plug and play, una capacità per le operazioni di missione autonome basata sull’IA, nonché un controllo digitale della missione attraverso il cloud. In questo modo, i satelliti LEO, che orbitano tra i 300 e i 2 000 km al di sopra della superficie terrestre, diventeranno più sicuri ed affidabili.
Obiettivo
Space Data Gateway (SDG) is an Intelligent NanoSat Communication service in Low Earth orbit (LEO), capable of transmitting on-demand space data (speeds of data transmission of 150 Mbps and above) at a fraction of the cost (as low as 5 EUR per GB). The main innovation is the capability for NanoSats to interconnect in LEO by using SDG satellite communication modules and antennas and transmit up-to 50x more data per mission. The proposed service will enable the user to have plug & play satellite communication system and AI-based autonomous mission operations capability, as well as cloud-based Digital Mission Control. This will reduce the price of NanoSat missions by 65% on average and at the same time lower the complexity of the satellite communications and increase the volume of the space data transmitted. Having on-demand access to a given LEO satellite makes its operations much safer and redundant. The successful implementation of SDG data service will result in acquiring hundreds of terabytes of space data per year from NanoSats. This will have positive impact on educational, science and commercial space missions’ outcome while also guaranteeing stable recurrent cashflow for the service. The initial commercialisation estimates are for up-to 50 new satellite customers per year. The service will also have strategic value to EU – enabling unique satellite data network solution for all European entities and ensuring that Europe will lead in LEO space missions on commercial and science-level. The solution will open the door for next generation of European innovators to access LEO space data faster and commercialize it directly in non-space industries. SDG service will enable NanoSats with diverse missions to connect and empower the first common satellite network in LEO.
Campo scientifico
- social scienceseconomics and businessbusiness and managementinnovation management
- engineering and technologymechanical engineeringvehicle engineeringaerospace engineeringsatellite technology
- engineering and technologyelectrical engineering, electronic engineering, information engineeringinformation engineeringtelecommunicationstelecommunications networksdata networks
Programma(i)
Argomento(i)
Meccanismo di finanziamento
IA - Innovation actionCoordinatore
1404 Sofia
Bulgaria
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