摘要
该文章探讨了智慧校园环境下勒索病毒和挖矿木马的安全问题。随着新技术在教育领域的广泛应用,智慧校园建设快速推进,但同时也面临着严峻的网络安全挑战。文章分析了智慧校园的网络安全现状,研究了勒索病毒和挖矿木马的传播机制,并提出了基于自适应安全架构的防护模型。该模型包括事前防御、事中响应和事后溯源三个层面的策略,通过威胁感知、实时检测和攻击分析等技术,实现了全方位的安全防护。文章还通过实验验证了防护方案的有效性,并对结果进行了量化评估和深入讨论,为提升智慧校园网络安全防护能力提供了重要参考。
This article explores the security issues of ransomware and cryptojacking Trojans in the smart campus environment.With the widespread application of new technologies in the education field,the construction of smart campuses is advancing rapidly,but at the same time facing severe cyber security challenges.The article analyzes the current state of network security in smart campuses,studies the propagation mechanisms of ransomware and cryptojacking Trojans,and proposes a protection model based on an adaptive security architecture.This model includes strategies at three levels:pre-event defense,in-event response,and post-event traceability.Through threat perception,real-time detection,attack analysis and other technologies,it achieves comprehensive security protection.The article also experimentally verifies the effectiveness of the protection scheme,quantitatively evaluates and discusses the results in depth,providing an important reference for improving the network security protection capabilities of smart campuses.
作者
杨位林
YANG Weilin(Guangdong Vocational College of Culture&Art,Guangzhou Guangdong 511400)
出处
《软件》
2025年第6期178-180,共3页
Software
关键词
智慧校园
勒索病毒
挖矿木马
自适应安全架构
安全分析与处置
smart campus
ransomware
cryptojacking trojan
adaptive security architecture
security analysis and disposal
