Mitigating Risk of IoT Sensing Data Error Using Platform as a Data Handler

Muhamad Diaz Ramdani, Parman Sukarno, Rahmat Yasirandi
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Abstract

Sensing node principally is only responsible for sending data to the server that later on will forward the data to the user. Through this mechanism, the user will receive the data from the sensing node based on the value sent without any data verification at the server-side. The data in this case could be invalid. Thus, error handling as the main problem of the research is needed. By ensuring that this problem is worth objectivity raising, then through the Risk Management Process Model, it is certain that this problem will cause an adverse threat. After identification, 6 arising risk were found, with the level of control at threat”. Furthermore, 7 Mitigation Actions (MA) were designed and grouped into 3 Mitigation Phases (MP). Mitigation plan was realized into a platform with several system blocks, including 2 middleware blocks giving data error handling service directly. Moreover, to ensure that the proposed platform has covered all existing risks, service guarantee agreement was made in the form of a Service Level Agreement (SLA).The test results showed that both SLA 1 and SLA 2 succeed in guaranteeing no more risk arising. The test results showed the security level value is 6/ 6=1, which means all of the risks are ”handled” status and succeed in scope of ”eliminate”. Eventually, when the proposed platform is adopted directly to the organizations that need it, it is expected that it can be the answer to the problem of error in data sensing.
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使用平台作为数据处理程序降低物联网感知数据错误的风险
感知节点主要负责将数据发送到服务器,然后服务器将数据转发给用户。通过这种机制,用户将根据发送的值从感知节点接收数据,而无需在服务器端进行任何数据验证。这种情况下的数据可能是无效的。因此,需要将错误处理作为研究的主要问题。通过确保这个问题是值得客观提出的,然后通过风险管理过程模型,可以肯定这个问题会造成不利的威胁。识别后,发现6个产生风险,控制水平为“威胁”。此外,设计了7项缓解行动(MA),并将其分为3个缓解阶段(MP)。将缓解方案实现为一个包含多个系统块的平台,其中包括2个中间件块,直接提供数据错误处理服务。此外,为了确保拟议平台覆盖所有现有风险,以服务水平协议(SLA)的形式签订了服务保证协议。测试结果表明,SLA 1和SLA 2都成功地保证了不再产生风险。测试结果显示,安全等级值为6/ 6=1,表示所有风险处于“处理”状态,在“消除”范围内成功。最终,当所提出的平台被需要它的组织直接采用时,预计它可以解决数据感知中的错误问题。
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