Model-based design of airborne equipment vulnerability management and alarm system

With the extensive application of information technology in civil aircraft airborne systems, airborne systems are facing the threat of security vulnerabilities. For this reason, this paper adopts model-based system engineering method to analyze the application scenario of vulnerability management alarm for airborne equipment and designs the overall architecture of the vulnerability management and alarm system for civil aircraft airborne equipment, as well as the key subsystems such as vulnerability automatic collection and asset management, vulnerability tracking and alarm, vulnerability management database, which are implemented in Java language, developed based on Spring Boot and VUE frameworks, deployed in microservice mode, with features such as rich functions and easy operation. It's verified by actual use that the system can meet the functional requirements of vulnerability management and alarm of civil aircraft airborne system.