Simulating Secure Data Exchange and Storage for Urban Air Mobility Environments

Aidan Jones; Norbert Gillem; Abdullah Abdul; Nishant Sharma; Chaz Chang; Kenneth Freeman

NASA NTRS · 20230017943

Simulating Secure Data Exchange and Storage for Urban Air Mobility Environments

Aidan Jones·Norbert Gillem·Abdullah Abdul·Nishant Sharma·Chaz Chang·Kenneth Freeman

Abstract

In this paper I give some background on UAM, the need for security in UAM, as well as blockchain. Then I discuss how blockchain can facilitate a secure exchange and storage of data in a UAM environment, focusing on a simulation we developed to that simulates a UAM environment. Specifically, the simulation focuses on the negotiation between UAM operators, PSUs, and the DSS when two operators want to claim the same airspace. We discuss how this process, as well as the subsequent vehicle telemetry data, is captured in the blockchain.

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Aidan Jones, Norbert Gillem, Abdullah Abdul, Nishant Sharma, Chaz Chang, Kenneth Freeman. Simulating Secure Data Exchange and Storage for Urban Air Mobility Environments. https://ntrs.nasa.gov/citations/20230017943

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