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How are Electronics Manufacturers Using BLOCKCHAIN TECHNOLOGY?

机译:电子制造商如何使用区块链技术?

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摘要

In last month's introduction to blockchain technology,1 we noted how the technology offers a way to automate and simplify multiparty processes that are time-consuming, resource-intense, and therefore costly. We often summarize this sort of process as "high-friction." But pioneers in applying blockchain to improve multiparty processes learned early that it wasn't enough to find a process that was slow or frustrating. There needed to be a quantifiable performance (often financial) benefit as well. This wasn't always easy to establish. Unlike applying automation to improve internal processes, the "friction" in multiparty processes occurs outside an organization. As a result, the costs and performance issues caused by that friction may not be captured well enough inside the organization to understand its true impact.
机译:在上个月的Slowchain技术介绍中,我们注意到该技术如何提供自动化和简化多方过程的方法,这些过程是耗时,资源激烈,因此昂贵的。 我们经常将这种过程总结为“高摩擦”。 但是,在应用区块链改善多方流程的先驱早期学会了,找到了一个缓慢或令人沮丧的过程是不够的。 还需要是可量化的性能(通常是财务)福利。 这并不总是容易建立。 与应用自动化不同以改善内部流程,多方程过程中的“摩擦”发生在组织外。 结果,由于该摩擦造成的成本和性能问题可能无法在组织内部捕获很好,以了解其真正的影响。

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  • 来源
    《Printed Circuit Design》 |2021年第7期|30-31|共2页
  • 作者

    QUENTIN B. SAMELSON;

  • 作者单位

    Electronics Center of Competence and IBM Industry Academy at IBM;

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  • 正文语种 eng
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