物联网增强的远程监控:远程评估完整性的新范式

Jubilian Hong Yi Ho, D. Tan, Jasmin Yi Yap, Kin Ping Tse, Muhamed Fauzi Bin Abbas, Arthur Wee Yeong Loo, Weihan Goh
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引用次数: 0

摘要

2019冠状病毒病加速了全球和各级教育采用在线学习和教学。许多教育机构都采用了在线监考解决方案,以确保在线评估过程中的学术诚信。由于大多数在线监考解决方案包括安装各种库或依赖项,这给评估的完整性带来了风险,有不良意图的学生试图篡改这些安装,试图绕过阻止作弊的措施。为了解决当前的问题,我们开发了一种名为RAPID的概念验证物联网(IoT)工具,该工具利用非常规的网络安全和恶意软件技术进行远程监控。我们的解决方案不需要事先在考生的机器上安装任何软件,但能够监控Windows操作系统上的表面水平和内部活动。未来的概念验证工作可以将解决方案扩展到其他流行的操作系统,以及以更高的效率捕获和分析更多数据。
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IoT-Enhanced Remote Proctoring: A New Paradigm for Remote Assessment Integrity
COVID-19 has hastened the adoption of online learning and teaching worldwide, and across all levels of education. Many educational institutions have adopted online proctoring solutions to conduct and ensure academic integrity during online assessments. As most online proctoring solutions include the installation of various libraries or dependencies, this introduces risk to assessment integrity, where students with ill-intentions seek to tamper with these installations in an attempt to bypass measures put in place to deter cheating. To tackle the issue at hand, we developed a proof-of-concept internet-of-things (IoT) tool called RAPID that leverages unconventional cybersecurity and malware techniques for remote proctoring. Our solution does not require prior installation of any software on the test-taker’s machine yet is able to monitor surface level and internal activities on a Windows operating system. Future works on the proof-of-concept could extend the solution to other popular operating systems, as well as capture and analyze more data with greater efficiency.
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