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As the worlds predominant navigation system GPS is critical to modern life,finding applications in diverse areas like information security, healthcare,marketing, and power and water grid management. Unfortunately thisdiversification has only served to underscore the insecurity of GPS and thecritical need to harden this system against manipulation and exploitation. Awide variety of attacks against GPS have already been documented, both inacademia and industry. Several defenses have been proposed to combat theseattacks, but they are ultimately insufficient due to scope, expense,complexity, or robustness. With this in mind, we present our own solution:fingerprinting of GPS satellites. We assert that it is possible to createsignatures, or fingerprints, of the satellites (more specifically theirtransmissions) that allow one to determine nearly instantly whether a receivedGPS transmission is authentic or not. Furthermore, in this paper we demonstratethat this solution detects all known spoofing attacks, that it does so whilebeing fast, cheap, and simpler than previous solutions, and that it is highlyrobust with respect to environmental factors.

Spotr: GPS Spoofing Detection via Device Fingerprinting