Intrinsic security refers to the consideration of security requirements in the design and construction of the system, so that the system has the ability to provide security in the actual operation. Specifically, essential security includes security thinking, security design, security realization and security maintenance. The realization of intrinsic safety requires comprehensive consideration of all aspects involved in the system, including system reliability, security, convenience and maintainability, etc., and the formulation of corresponding security strategies and measures.
Intrinsic security applies not only to computer systems but also to other fields. In industry, intrinsic safety means that processes and equipment must be thoroughly risk analyzed to ensure the safety of people and equipment during production. In the medical field, intrinsic safety relates to the confidentiality and integrity of patient data, as well as the reliability and safety of medical equipment. In the transportation field, essential safety means ensuring the safety of vehicles and roads and reducing the incidence of traffic accidents.
Essential security can effectively protect the integrity, availability, and confidentiality of systems, and is of great significance and value to individuals, organizations, and society as a whole. For individuals, intrinsic security can safeguard the security and privacy of personal information and avoid infringement of personal property and rights. For enterprises, intrinsic security can safeguard the security of enterprise and customer information, avoiding information leakage and the intrusion of business competitors. For society as a whole, essentiality security can improve public **** security and effectively protect national economic, social and political stability.