![]() ![]() ![]() We study KATAN algorithm and we implement and optimize it on the FPGA hardware platform, while we use the idea of secret cipher sharing technique to protect patients’ data privacy. For the first two layers, SecureData includes two techniques: 1) light-weight field programmable gate array (FPGA) hardware-based cipher algorithm and 2) secret cipher share algorithm. We mainly contribute to the first three layers. SecureData scheme is composed of four layers: 1) IoT network sensors/devices 2) Fog layers 3) cloud computing layer and 4) healthcare provider layer. Then, we propose a secure data collection scheme for IoT-based healthcare system named SecureData with the aim to tackle security concerns similar to the above. In this paper, we first study privacy and security concerns with health-care data acquisition and then transmission. However, they often fail to deal with complicated attacks at the time of data conversion into cipher and after the cipher transmission. Conventional solutions often offer security to patients health monitoring data during the communication. The concerns are also realized by recent sophisticated security and privacy attacks, including data breaching, data integrity, and data collusion. There are tremendous security concerns with patient health monitoring sensors in Internet of Things (IoT). ![]()
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December 2022
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