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The New Standard for Cyber Security

机译:网络安全新标准

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Historically, Cyber Security has been limited to software. Because of IPC 1782, IPC 2581, and IPC 2591, it is possible to know exactly what hardware is in any electronic device. Therefore, hardware can be part of the Cyber Security solution. In addition, by coupling the hardware and software Cyber Security approaches with the Framework for End to End in Situ Monitoring described in Section 9.5 of ETSI GS NFV-REL 004 V1.1.1 (2016-04), a comprehensive Cyber Security solution can be created. Implementing IPC 1782, IPC 2581, and IPC 2591 with a very innovative labeling system within a factory and across the Supply Chain will increase yields, improve Quality, and Improve Reliability, as well as, make these items much more predictable. In addition to productivity gains, implementing these standards across the Supply Chain will fight counterfeits systematically. Because counterfeiters are opportunistic and operate in the “dark” by surprise attacks, they are like guerilla fighters in a sense. The best way to deal with this type of “attack” is by taking a systematic approach and shining light, by sharing information, where there is currently darkness. Combining these three IPC standards with other technologies such as innovative tagging technologies, Blockchain, The Cloud, and Big Data Tools enable unprecedented productivity gains not seen since interchangeable parts enabled the Industrial Revolution, as well as, the ability to catch counterfeits in situ before the components go through the next process step in a factory. This can be done regardless of the path taken from the original manufacturing site to the next downstream manufacturer. The true beauty of this approach is that no single entity shoulders the cost of this solution. Variability causes yield, quality, reliability (quality over time), and product safety issues. Interchangeable parts enabled the industrial revolution because they addressed variability. What gets measured tends to get managed. This combination of tools enables a tailorable solution that is proportionate to the need and available resources. Therefore, this solution fits very well with Smart Factory/Industry 4.0, materially increases productivity, and can be utilized to create entirely new business models, as well as, a practical way to address the risk of counterfeits and Cyber Security for a very long time.
机译:从历史上看,网络安全已经限于软件。由于IPC 1782,IPC 2581和IPC 2591,可以确切地知道任何电子设备中的硬件。因此,硬件可以是网络安全解决方案的一部分。此外,通过耦合硬件和软件网络安全方法,可以使用ETSI GS NFV-Rel 004 V1.1.1(2016-04)第9.5节中描述的框架以结束到结束的框架,可以创建一个全面的网络安全解决方案。在工厂和供应链中实现IPC 1782,IPC 2581和IPC 2591,并在供应链中具有非常创新的标签系统,将增加产量,提高质量,提高可靠性,以及使这些物品更加可预测。除了生产率收益外,在供应链中实施这些标准,将系统地对抗伪造。因为伪造者是机会主义的,并通过惊喜的攻击在“黑暗”中运作,他们就像在某种意义上就像Guerilla战士一样。处理这种类型“攻击”的最佳方法是通过分享信息,在目前的黑暗中采取系统的方法和闪耀光线。将这三种IPC标准与其他技术相结合,如创新的标记技术,区块链,云和大数据工具,使得未互换的部件使工业革命的可互换部件,以及在原地之前捕获假冒的能力,因此无法看到前所未有的生产率收益组件通过工厂中的下一个流程步骤进行。无论从原始制造网站到下游制造商那么从原始制造网站采取的路径如何,都可以完成这一点。这种方法的真正美是没有单一实体肩部的解决方案的成本。可变性导致产量,质量,可靠性(质量随时间)和产品安全问题。可互换的零件使工业革命使得它们解决了可变性。测量的往往会被管理。这种工具的组合使得可定制的解决方案是与需求和可用资源成比例。因此,这种解决方案非常适合智能工厂/行业4.0,物质提高生产力,并可用于创建完全新的商业模式,以及解决严重和网络安全风险的实用方式很长一段时间。

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