Towards a new design of ciphers to secure CPS: the role of control theory

Among several solutions to face the unprecedented increase of attacks towards Cyber Physical Systems, encryption plays a central role. In the form of a Proof of Concept, this contribution gives a new methodology for designing self-synchronizing automata, having in mind their use in symmetric cryptog...

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Vydané v:2022 26th International Conference on System Theory, Control and Computing (ICSTCC) s. 13 - 18
Hlavní autori: Boukerrou, Hamid, Millerioux, Gilles, Minier, Marine
Médium: Konferenčný príspevok..
Jazyk:English
Vydavateľské údaje: IEEE 19.10.2022
Predmet:
Automata
Ciphers
Control theory
Cyber-Physical Systems
Cybersecurity
Design methodology
Encryption
Flatness
Generators
LPV systems
Structural Analysis
Throughput
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Abstract Among several solutions to face the unprecedented increase of attacks towards Cyber Physical Systems, encryption plays a central role. In the form of a Proof of Concept, this contribution gives a new methodology for designing self-synchronizing automata, having in mind their use in symmetric cryptography, namely the Self-Synchronizing Stream Ciphers. The contribution of the paper is to recast the design as control theoretical issues. It calls for a graph-based approach and results borrowed from control theory and dynamical systems, in particular LPV systems. The design leads to not necessarily T -functions as state transition functions of the automata involved in the ciphering and deciphering sides. It is a consideration that is important for the sake of security. Another asset of the approach is that the resulting ciphers admit possibly vectorial inputs to enhance the throughput.
AbstractList Among several solutions to face the unprecedented increase of attacks towards Cyber Physical Systems, encryption plays a central role. In the form of a Proof of Concept, this contribution gives a new methodology for designing self-synchronizing automata, having in mind their use in symmetric cryptography, namely the Self-Synchronizing Stream Ciphers. The contribution of the paper is to recast the design as control theoretical issues. It calls for a graph-based approach and results borrowed from control theory and dynamical systems, in particular LPV systems. The design leads to not necessarily T -functions as state transition functions of the automata involved in the ciphering and deciphering sides. It is a consideration that is important for the sake of security. Another asset of the approach is that the resulting ciphers admit possibly vectorial inputs to enhance the throughput.
Author Boukerrou, Hamid
Millerioux, Gilles
Minier, Marine
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  email: marine.minier@loria.fr
  organization: Universite de Lorraine, CNRS, Inria, LORIA,Nancy,France,F-54000
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Snippet Among several solutions to face the unprecedented increase of attacks towards Cyber Physical Systems, encryption plays a central role. In the form of a Proof...
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StartPage 13
SubjectTerms Automata
Ciphers
Control theory
Cyber-Physical Systems
Cybersecurity
Design methodology
Encryption
Flatness
Generators
LPV systems
Structural Analysis
Throughput
Title Towards a new design of ciphers to secure CPS: the role of control theory
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