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To keep and share data in a cyber-physical cloud securely and efficiently, many physical devices might have a connection to cloud services and data. The cloud’s hybrid nature is at fault. Because of this, using hybrid clouds is difficult. This is due to the fact that many different kinds of gadgets can connect to the cloud. This article’s objective is to describe a simple protocol for transferring and verifying data that depends on the user’s identification. Without the aid of this protocol, customers of different devices and services dispersed all through the globe would be enabled to safely share data with one another. The suggested protocol can thwart the chosen-ciphertext attack when the decisional-Strong Diffie-Hellman (SDH) difficulty assumption is taken into account. The cost of compute, communication, and response time are taken into account when comparing the suggested protocol’s effectiveness to that of competing sharing information protocols.

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A Secured and Safe Cloud Storage Computing System Using a Distinctive Lightweight Data Identification and Sharing Algorithm

  • 会议论文

  • 发表日期：

    2025年

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  • Badam Prashanth,
  • Voruganti Naresh Kumar,
  • G. Pavan Kumar,
  • B. Siviah,
  • Abdul Subhani Shaik,
  • Siva Skandha Sanagala

摘要

To keep and share data in a cyber-physical cloud securely and efficiently, many physical devices might have a connection to cloud services and data. The cloud’s hybrid nature is at fault. Because of this, using hybrid clouds is difficult. This is due to the fact that many different kinds of gadgets can connect to the cloud. This article’s objective is to describe a simple protocol for transferring and verifying data that depends on the user’s identification. Without the aid of this protocol, customers of different devices and services dispersed all through the globe would be enabled to safely share data with one another. The suggested protocol can thwart the chosen-ciphertext attack when the decisional-Strong Diffie-Hellman (SDH) difficulty assumption is taken into account. The cost of compute, communication, and response time are taken into account when comparing the suggested protocol’s effectiveness to that of competing sharing information protocols.