О. О. Illiashenko; М. А. Kolisnyk; А. E. Strielkina; І. V. Kotsiuba; V. S. Kharchenko
December 2020Radio Electronics Computer Science Control
Information and control systems of critical applications, Internet of Things, dependability, cybersecurity, functional safety
The problem is in the design, development, maintenance and commissioning of interoperable dependable systems using on the Internet of Things based on von Neumann paradigm of “building reliable systems from unreliable components” for dependable service-oriented systems and infrastructures.
The goals of the paper are in the development of concepts and principles and assessment technologies for creation and maintenance of complex critical systems based on Internet of Things (IoT) as well as the implementation of research in various domains.
In the paper, the concept of development of dependable systems on the basis of the Internet of things is described. The multisectoral analysis of methods and models of reliability and cybersecurity (dependability) evaluation of information and control systems of critical applications using the Internet of things has been performed for different domains: power, healthcare, industrial, etc. The analysis has shown that some software failures and malfunctions, cyberattacks and consequences of the influence of attacks are identical for all domains, but there are specific features for each domain, which are necessary to consider at working out of methodology of maintenance of dependability of reliability of systems of critical applications using the Internet of things.
The developed conception, methods, tools and technologies for the creation and implementation of dependable information & control systems for critical applications based on the Internet of Things.
The paper proposes a conception that includes a set of scientific and applied tasks for the development of methods, tools and technologies for the creation and implementation of dependable information & analytical and information & control systems for critical applications based on the Internet of Things. The prospects for further research may include the detailing of the developed models, methods and technologies to ensure the dependability of complex information & control systems for critical applications based on the Internet of Things.