Homomorphic Encryption Enables Data and Algorithm Confidentiality for Remote Monitoring and Control: An Application to Data Center Systems

Henrik Forsgren, Rickard Brännvall, Mattias Vesterlund, T. Minde
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Abstract

The design of intelligent algorithms used for device monitoring and control can be costly and is an investment that must be protected against reverse engineering by competitors. An algorithm can be safeguarded by running remotely from the cloud instead of locally on the equipment hardware. However, such a setup requires that sensitive data is sent from the device to the cloud. Fully Homomorphic Encryption (FHE) is an emerging technology that offers a solution to this problem since it enables computation on encrypted data. A cloud service using FHE can protect its proprietary algorithms while simultaneously offering customer data confidentiality. The computational overhead for the technology is, however, still very high. This work reports on a practical investigation of using FHE for data center remote control problems: What applications are feasible today? And at what cost?
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同态加密为远程监控提供数据和算法保密性:在数据中心系统中的应用
用于设备监测和控制的智能算法的设计可能是昂贵的,并且是一项必须防止竞争对手进行逆向工程的投资。可以通过从云端远程运行而不是在设备硬件上本地运行来保护算法。然而,这种设置需要将敏感数据从设备发送到云端。完全同态加密(FHE)是一种新兴的技术,它为这个问题提供了解决方案,因为它支持对加密数据进行计算。使用FHE的云服务可以保护其专有算法,同时为客户提供数据保密性。然而,该技术的计算开销仍然非常高。这项工作报告了使用FHE解决数据中心远程控制问题的实际调查:今天哪些应用是可行的?代价是什么?
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