Using Error-Correcting Codes to Ensure Information Security of Unmanned Vehicles and IoT Systems

This paper discusses ways to ensure the information security of unmanned vehicles and Internet of Things systems under the conditions of a quantum threat. For this, it is proposed to use post-quantum algorithms, a review of the methods for constructing which and works devoted to their application to the considered sphere are given. The construction of a post-quantum algorithm with the help of linear error-correcting codes is considered in detail, for which it is proposed to use algebraic geometry codes with characteristics suitable for implementation in conditions of systems with limited resources. A theorem is proved that makes it possible to guarantee that the automorphism group of some algebro-geometric codes does not allow applying the Sidelnikov-Shestakov attack to them.