HARDWARE CLOUD OF FIREWALLS AS A COMPONENT OF INFORMATION-MEASUREMENT CYBERSECURITY SYSTEMS
Keywords:
hardware cloud, information protection systems, network firewall (FW), firewall, functional expansion, information security, security architecture, modularity, fault tolerance, secure real-time automated information systems (AISRV ZI), hardware cloud systems (AOS)Abstract
Modern automated information systems are characterized by increasing computational loads and the growing complexity of cyber threats, which requires the development of hardware and software information security tools. Hardware-oriented approaches and cloud architectures are of particular interest for improving the performance, scalability, and resilience of information security tools. Purpose: to develop principles for organizing a hardware cloud in information security systems and to create an architecture for a cloud system of firewalls that provides adaptive protection of automated information systems against cyber threats. Results: methods of hardware and software support for information security in automated information systems and principles for organizing a hardware cloud based on functional elements of microelectronic systems are considered. A prototype cloud system of firewalls operating within a hardware-oriented network is presented. An approach is proposed for configuring the functionality of firewalls united by a hardware cloud under neural-network control. The architecture and operating algorithm of a hardware firewall implementing the principles of hardware-oriented networks are developed. Definitions of a hardware cloud network and a hardware cloud are introduced. Practical significance: the results can be used in designing and upgrading hardware-software information protection systems, including corporate and critical automated systems. The proposed architectural solutions improve the scalability, adaptability, and effectiveness of firewalls under dynamically changing cyber threats.
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