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ISSN 2063-5346
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Analysis of Proxy re Encryption Model Protection using Privacy Preserving Block Chain Algorithm in IoT network on medical data

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J.N.S.S Janardhana Naidu, Dr.E.N. Ganesh
» doi: 10.31838/ecb/2023.12.si5.0122

Abstract

Because of its enticing features, such as its strength, simplicity of use, and ubiquity, IoT network is an emerging technology that organisations use to manage their data. Regardless, security risks arise whenever sensitive information is transferred to the cloud, where it is stored and processed. Information categorization and uprightness is a daunting task since customers no longer have physical ownership of the reappropriated information. When it comes to securing sensitive information, cryptography-based information secrecy and respectability assurance methods aren't sufficient since the information must be stored and prepared in mists. A challenging answer for information security and distributed computing is provided by this intermediary encryption technique, which empowers the data management for mixed shared data in the cloud under open key and semi-confident cloud server encryption, allowing for real beneficiary access management. A helpful encryption method is proposed in this research in order to provide an adjustable and fine-grained management of cloud-based data.

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