MIRCE Science: Solar Storm as a Mechanism of Motion of Autonomously Working Systems Through MIRCE Space

Space storms have impacted reliability and safety of a large number of modern technological systems, like: power networks, aviation, satellite services, radio communication and pipelines, as documented in the paper. Hence, the lessons learned led the author to conclude that a space storm could have a similar impact on the digital technology that will be used to provide the autonomy to the autonomously working systems of the future, like cars, trains, ships, drowns and so forth. Consequently, this paper briefly examined the solar storm phenomena that could generate undesirable consequences on the in-service life of autonomously working systems as guidance to their future designers and operators. Then and only then, meaningful reliability and safety predictions could be possible, by applying methods of MIRCE Science, to achieve the ultimate goal of increasing the probability of the prevention and protection of occurrence of undesirable events generated by naturally occurring space storms phenomena on the autonomously working systems. The description of MIRCE Functionability equations is given with specific emphasis of including that impact of solar storm actions, at component and system level, for the prediction purposes.