Speak-to-Secure (S2S): A Natural Language Human-Computer Interaction To Secure Cyber Physical Systems

保护网络物理系统需要多领域的专业知识。在当前网络安全劳动力缺口的情况下，找到这种多领域技能变得更加困难。一个关键的进入障碍是学习大量工具来交互和保护计算机系统。这是因为目前的培训方法将基础网络安全知识和软件技能融合在网络安全初学者的统一技能中。如果我们能够以一种与技术无关的方式教授安全基本概念，并找到一种更自然的人与技术交互的方法，我们就可以在缩小网络安全人员差距方面实现飞跃，特别是在网络物理系统和关键基础设施领域。安全对安全(S2S)是一种人工智能支持的技术，使自然语言交互能够确保计算机系统的安全。网络安全专业人士的S2S类似于计算机用户的操作系统。S2S抽象了底层技术，因此如果部署了新技术，可以自动安装软件插件来处理新技术界面，保持高层自然用户界面不变。这项技术有可能大幅降低网络安全领域的准入门槛，特别是在关键基础设施领域(能源、铁路、自动驾驶汽车、工业工厂、智慧城市、医疗保健)。

Securing cyber physical systems requires multi-domain expertise. With the current cyber security workforce gap, it becomes harder to find this multi-domain skillset. A key entry barrier is learning a large number of tools to interact and secure a computer system. This is because the current training approach mixes foundational cyber security knowledge and software skills in a unified skillset for cyber security starters. If we are able to teach security basic concepts in a technology-agnostic way, and find a more natural approach to human-technology interaction, we could achieve a leap in narrowing cyber security workforce gap, particularly in the cyber physical systems and critical infrastructure domain.Speak-to-Secure (S2S) is an AI-powered technology that enables natural language interaction to secure computer systems. S2S for cyber security professionals is analogous to the operating system for computer users. S2S abstracts away the underlying technologies, thus if a new technology is deployed, a software plugin can be automatically installed to handle the new technology interface, keeping the high-level natural user interface unchanged. This technology has the potential to significantly lower the entry bar for the cyber security domain, particularly in the critical infrastructure sector (energy, railway, autonomous vehicles, industrial plants, smart cities, healthcare).