"Python语言漏洞扫描系统设计与实现：网络安全的前沿挑战"

随着互联网不断发展，网络安全问题变得日益严峻。漏洞泛滥，网络安全状态不容乐观，许多机构因未能及时处理漏洞而遭遇恶意入侵，这对现实安全造成了严重影响。中小型网络运维人员常常因外部因素的影响而难以开展网络安全行动。为了解决这一问题，本文研究尝试使用Python语言设计并实现了一个集成漏洞扫描系统。该系统采用以Python为基础的Django Web框架，实现了快速的业务开发。同时，利用Docker的轻量级虚拟化技术集成了Nmap安全工具作为方案验证手段，构建了一个B/S架构模式。这个系统面向初级运维人员和初级网络安全研究者，具有低学习成本，能够满足其漏洞扫描的需求。 关键词：Python, Django, Docker, 漏洞扫描, 网络安全, 轻量级 Abstract: With the continuous development of the Internet and its closeness to life, the safety of electronic life depends on network security. In today's environment where vulnerabilities are rampant, the state of network security is not optimistic, and many organizations have suffered from malicious intrusions due to their failure to timely address vulnerabilities. This can have serious implications for real-world security. Small and medium-sized network operations personnel often find it difficult to carry out network security actions due to external influences. In response to this problem, this study attempts to design and implement a vulnerability scanning system using the Python language. This system is based on the Django web framework, which is fast for business development, and integrates the Nmap security tool using Docker's lightweight virtualization technology as a verification method. It adopts a B/S architecture and is targeted at junior operations personnel and junior network security researchers, providing a low learning cost vulnerability scanning system that meets their needs. Keywords: Python, Django, Docker, vulnerability scanning, network security, lightweight.