Stochastic dynamics of TEMPEST

We set out to develop a stochastic model of TEMPEST in order to describe the behavior of electromagnetic radiation taking into account external effects. When investigating the stochastic dynamics of TEMPEST, the processes affecting the TEMPEST system in space and time are considered and simulated. This approach allows accurate consideration of random fluctuations and statistical characteristics when analyzing the channels of information leakage due to TEMPEST. The vulnerable criterion in the system security consists in the property of polarization as the main factor of uncertainty and unpredictability of the system in ideal experimental conditions.

Authors: P. D. Kopytov, I. D. Korolev, O. A. Kulish

Direction: Physics

Keywords: stochastic dynamics, degrees of freedom, Hamiltonian, fluctuations, Arnold diffusion, Lorentz attractor, Henon–Hayles system, Green's algorithm, polarization, collateral electromagnetic radiation (TEMPEST)

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