Defining and Addressing the Cybersecurity Challenges of Additive Manufacturing Platforms

Christian Adkins, Stephan Thomas, D. Moore
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引用次数: 1

Abstract

Additive Manufacturing (AM) Platform is a new technology and commercial business model which enables production of additively made parts through an on-line market of AM designs, services, and manufacturing. Customers who are designing parts to be manufactured with additive technologies can upload their designs to the AM Platform and find a manufacturing partner based on technical capabilities, geographic location, and cost. By providing an easy to use online platform, companies can expect to optimize their cost, quality, and lead-time through a competitive bid process. This research investigates the cybersecurity issues inherent to an online marketplace and platform which shares data containing Intellectual Property (IP) between multiple companies. Based on currently implemented business models in the AM Platform industry, the most common use cases will be examined to determine any vulnerabilities associated with data and IP sharing between the platform, its customers, and vendors. Finally, based on the vulnerabilities discovered, a set of cybersecurity solutions will be proposed in order to protect the confidentiality and integrity of the data and ultimately the customers IP through the AM Platform.
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定义和解决增材制造平台的网络安全挑战
增材制造(AM)平台是一种新的技术和商业商业模式,通过增材制造设计、服务和制造的在线市场,可以生产增材制造的零件。设计要用增材制造技术制造的零件的客户可以将他们的设计上传到增材制造平台,并根据技术能力、地理位置和成本找到制造合作伙伴。通过提供一个易于使用的在线平台,公司可以期望通过竞争性投标流程优化成本、质量和交货时间。本研究探讨了在多家公司之间共享包含知识产权(IP)的数据的在线市场和平台所固有的网络安全问题。基于AM平台行业中当前实施的业务模型,将检查最常见的用例,以确定与平台、客户和供应商之间的数据和IP共享相关的任何漏洞。最后,根据发现的漏洞,将提出一套网络安全解决方案,以通过AM平台保护数据的机密性和完整性,并最终保护客户IP。
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