Within the field of biocybersecurity, it is important to understand what vulnerabilities may be uncovered in the processing of biologics as well as how they can be safeguarded as they intersect with cyber and cyberphysical systems, as noted by the Peccoud Lab, to ensure not only product and brand integrity, but protect those served. Recent findings have revealed that biological systems can be used to compromise computer systems and vice versa. While regular and sophisticated attacks are still years away, time is of the essence to better understand ways to deepen critique and grasp intersectional vulnerabilities within bioprocessing as processes involved become increasingly digitally accessible. Wargames have been shown to be successful with-in improving group dynamics in response to anticipated cyber threats, and they can be used towards addressing possible threats within biocybersecurity. Within this paper, we discuss the growing prominence of biocybersecurity, the importance of biocybersecurity to bioprocessing , with respect to domestic and international contexts, and reasons for emphasizing the biological component in the face of explosive growth in biotechnology and thus separating the terms biocybersecurity and cyberbiosecurity. Additionally, a discussion and manual is provided for a simulation towards organizational learning to sense and shore up vulnerabilities that may emerge within an organization's bioprocessing pipeline

中文翻译：

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生物网络安全兵棋推演中的人为因素

在生物网络安全领域，重要的是要了解在生物制品的加工过程中可能会发现哪些漏洞，以及如何在它们与网络和网络物理系统相交时加以保护，正如 Peccoud 实验室所指出的那样，以确保不仅是产品和品牌完整性，但保护服务对象。最近的研究结果表明，生物系统可用于破坏计算机系统，反之亦然。虽然常规和复杂的攻击还需要数年时间，但随着所涉及的过程变得越来越数字化，时间对于更好地理解深化批评和掌握生物加工中的交叉漏洞的方法至关重要。兵棋推演已被证明在改善群体动态以应对预期的网络威胁方面是成功的，它们可用于解决生物网络安全中可能存在的威胁。在本文中，我们讨论了生物网络安全的日益突出，生物网络安全对生物加工的重要性，在国内和国际背景下，以及在生物技术爆炸式增长的情况下强调生物成分的原因，从而将生物网络安全和网络生物安全这两个术语分开。 . 此外，还提供了一个讨论和手册，用于模拟组织学习，以感知和支持组织生物加工管道中可能出现的漏洞 关于国内和国际背景，以及在生物技术爆炸式增长的情况下强调生物成分并因此将生物网络安全和网络生物安全这两个术语分开的原因。此外，还提供了一个讨论和手册，用于模拟组织学习，以感知和支持组织生物加工管道中可能出现的漏洞 关于国内和国际背景，以及在生物技术爆炸式增长的情况下强调生物成分并因此将生物网络安全和网络生物安全这两个术语分开的原因。此外，还提供了一个讨论和手册，用于模拟组织学习，以感知和支持组织生物加工管道中可能出现的漏洞