Privacy and integrity-preserving data aggregation scheme for wireless sensor networks digital twins

Abstract

The security technology of digital twin is an important guarantee to ensure the security of digital twin operation, which mainly includes network security technology, data security technology and privacy protection technology. In wireless sensor networks, data aggregation technologies are known as a suitable solution to reduce energy consumption. In addition, due to wireless communications, wireless sensor networks are subject to many attacks. Therefore, it is very important to provide data security in the data aggregation process. In this paper, in order to protect data privacy and verify data integrity, moreover, balance the energy consumption and security during the data aggregation, we present a privacy and integrity–preserving data aggregation scheme for wireless sensor networks based on digital twins technology and homomorphic fingerprinting (HFPIDA). The HFPIDA adopts privacy function to protect data privacy and adopts homomorphic fingerprinting technology to verify the aggregation data integrity. Security analysis shows that the HFPIDA can effectively preserve data privacy and verify data integrity. Simulation results show that the HFPIDA requires less communication and energy overheads, and can achieve higher aggregation accuracy.

Authentication schemes in wireless internet of things sensor networks: a survey and comparison

“…Zhang et al [50] addresses security concerns in WSNs through the introduction of a novel encryption scheme that combines ECC and homomorphic encryption. Homomorphic encryption is intentionally designed to allow computations on encrypted data without the requirement for prior decryption, thereby strengthening privacy and providing effective protection against eavesdropping.…”