Design And Implementation Of Interaction And Interfaces Subsystem Of Vulnerability Scanning Platform Based On Cloud Computing

Open and shared spirit of modern Internet makes the world rich and col-orful and takes the network security problem in front of everyone at the same time. Security problems have caused a big losses. Vulnerability scanning tech-nology is a initiative way to improve the system in advance so as to prevent attacks by security defense and gradually has become an integral part of net-work security. There are already a variety of vulnerability scanning products in the industry now, but these products are mostly only applicable for the ap-plication scenario of single deployment and small-scale scaning due to their function and performance limit. We need to research and implement a kind of vulnerability scanner suitable for large-scale network assets safety state evalua-tion in order to implement application requirement of safety state evaluation for the enterprise network assets and provide reliable basic data for the enterprise safety risk defense.Aiming at the specific requirements of large-scale network vulnerability scanning, in the paper I design and implement the human-computer interaction and open interfaces subsystem, whilch is a subsystem of vulnerability scanning platform based on cloud computing according to vulnerability scanning tech-nology, cloud computing technology and RESTful Web Services technology.First of all, I do research on network vulnerability scanning technology and scan plugin development technology and analyze key technology, working principle and mechanism of scan engine. Secondly, I summarize the partic-ularity of application scene of large-scale network vulnerability scanning and analyze the demand of the network vulnerability scanner and analysis the needs and habits of users to complete the design of the basic interface function, and using Ruby On Rails framework to implement this function. Thirdly, I com-plete the design and implementation of RESTful Web service open interfaces to let other applications and non-browser users use the vulnerability scanning service, and use HTTPS security transmission to protect user data. Finally I deploy the human-computer interaction and open interfaces subsystem in the cloud platform and debug and test with other modules in the vulnerability s-canning platform based on cloud computing. The test results show that the human-computer interaction and open interfaces subsystem has good availabil-ity.