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Benefit of construct information security environment based on lightweight virtualization technology

机译:基于轻量级虚拟化技术构建信息安全环境的益处

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Recently, in order to strengthen the capabilities of security defense and emergency coordination, training in a virtual environment is more and more important. In a virtual environment, the trainee can operate the really system. The answer of how to attack or defend is no more just one solution. You can use any method or trick to reach the goal. The outcome of training in a virtual environment can directly prove the trainee's capability. Although there is a lot of advantage to use virtual environment, it's a big problem to build it. The work of creating virtual environment includes allocation and maintenance. To allocation, because training in an environment providing daily service will decrease the performance of service. It's hard to allocate virtual environment in a real environment providing daily service. In order to simulate the real environment, it needs a lot of space and powerful computing. To maintenance, the built virtual environment needs expandable, flexibility and reusable. For example, it can change IP or count/password easily so the test would not always the same and virtual environments can be reusable. For now, it use cloud computing[8] to virtualize the virtual environment to solve the two problem. But there is still a problem of too heavy. In this research, we try to build virtual environment based on Docker which provide manager a structured process to build a virtual environment by building a independent containers and Open vSwitch in the operating system layer. We can monitor the status of virtual environment with charts so the manager can control the system more effective and help researchers or military to do security education.
机译:最近,为了加强安全防御和紧急协调的能力,虚拟环境中的培训越来越重要。在虚拟环境中,受训者可以操作真正的系统。如何攻击或捍卫如何攻击或捍卫的答案。您可以使用任何方法或技巧来实现目标。虚拟环境中培训的结果可以直接证明受训者的能力。虽然使用虚拟环境有很多优势,但建立它是一个很大的问题。创建虚拟环境的工作包括分配和维护。分配,因为提供日常服务的环境中的培训将降低服务的性能。在提供日常服务的真实环境中难以分配虚拟环境。为了模拟真实环境,它需要很多空间和强大的计算。要维护,内置的虚拟环境需要可扩展,灵活性和可重复使用。例如,它可以轻松更改IP或Count / Password,因此测试不会总是相同的,并且虚拟环境可以是可重用的。目前,它使用云计算[8]虚拟化虚拟环境以解决两个问题。但仍有太重的问题。在这项研究中,我们尝试基于Docker构建虚拟环境,该Docker提供管理器A结构化进程来构建虚拟环境,通过构建操作系统层中的独立容器和打开vswitch来构建虚拟环境。我们可以通过图表监控虚拟环境的状态,因此管理员可以控制系统更有效,并帮助研究人员或军方做安全教育。

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