Manish Kumar
Computer Science
December 2021
This paper proposes a protocol and architecture for privacy-preserving authentication and secure message distribution in mobile ad hoc networks (MANETs). The protocol is intended to give secure and proficient correspondence between mobile gadgets while preserving the privacy of clients. The proposed protocol utilizes a mixture approach that combines both symmetric and lopsided encryption methods to accomplish classification, integrity, and authentication. The architecture of the protocol depends on a decentralized network model, where every hub in the network is liable for managing its own security and correspondence. To accomplish privacy-preserving authentication, the protocol utilizes a zero-information evidence based authentication plot, where every hub in the network can demonstrate its character to different hubs without revealing any delicate information. The secure message distribution is accomplished using a progressive encryption conspire, where messages are scrambled using a public key of the collector's gathering, and afterward decoded using a confidential key of the beneficiary.
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