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Assessing Risks of Policies to Patch Software Vulnerabilities

机译:评估修补软件漏洞的策略风险

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摘要

The number of security vulnerabilities, breaches and digital disaster increases over time. One important source of weaknesses in computer networks is the ubiquitous flaws ('bugs') in the software, which are exploitable by malicious agents. Consequently, "patching" the software to correct known bugs is becoming more important, especially for network-based systems. However, decision makers often view this issue differently, due to the presumption that security measures are time consuming and an interruption to the primary business activities. In addition, it is considered too costly to invest in the prevention of something that might not happen. Patching often requires extensive testing and that computer networks be taken down. This work is a preliminary effort to develop a system dynamics model for showing the tradeoffs and the risks of different patching policies.
机译:随着时间的流逝,安全漏洞,破坏和数字灾难的数量不断增加。计算机网络漏洞的一个重要来源是软件中普遍存在的漏洞(“错误”),这些漏洞可被恶意代理利用。因此,“修补”软件以纠正已知的错误变得越来越重要,尤其是对于基于网络的系统而言。但是,由于安全措施被认为是耗时的并且中断了主要业务活动,因此决策者通常对这个问题有不同的看法。另外,投资于预防可能不会发生的事情的成本太高。修补程序通常需要进行广泛的测试,并且必须关闭计算机网络。这项工作是开发系统动力学模型的初步工作,以显示折衷和不同修补策略的风险。

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