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Design of Information Security Protection System for Cloud Business System

  • Yanbin Zhang,
  • Lingyun Wang,
  • Dan Liu,
  • Yang Su,
  • Yafeng Zhu,
  • Xike Zhang

摘要

As one of the contemporary information infrastructures, the cloud platform has become a vital backbone for the digital transformation of businesses, and has disrupted the conventional methods of information architecture. With an increasing number of business services being transferred to the cloud, the digitization and interconnectivity of information systems have witnessed a continual surge, thereby exposing these systems to mounting network security threats. Consequently, it has become imperative to prioritize the security of such systems. To ensure the information security of cloud-based business systems, this paper proposes an information security protection system designed for cloud-based business systems. The design of this system must consider various factors, such as the security design of the cloud environment, including the security of the physical environment, the communication environment, and the computing environment. The design should also account for data security classification and management, data security protection, security management strategies and systems, security management institutions and personnel, security construction management, security operation and maintenance management, network topology, access control, intrusion detection and prevention, data protection, and disaster recovery. In order to create a comprehensive and effective security strategy, a multi-layered approach that combines physical and virtual security measures is required. This includes the implementation of firewalls, VPNs, encryption, and regular security audits and updates. Proper training and education of system administrators and users are also critical to ensure the success of the security system. The implementation of a robust network security protection system can help safeguard sensitive data and prevent cyber-attacks on cloud-based business systems.