Blockchain Information Tamper-Proof Algorithm Design Based on Searchable Encryption
Pingfan Jia, Junhai Cao · 2022
In view of the problem that the traditional blockchain platform data protection mechanism is not perfect, the blockchain information is easily tampered with and lost.In this study, a searchable encrypted protection scheme for blockchain information was designed to prevent information tampering.The scheme model and the specific algorithm are first introduced in detail.The complexity and security of the scheme are then analyzed.Based on the above schemes and algorithms, a data sharing system based on Fabric alliance chain platform data is constructed with blockchain searchable encryption, and the overall architecture and functional partition of the system are designed in detail.Finally, in order to test the effectiveness of the system, the test environment and the experimental environment will be built to test and encryption, and the overall architecture and functional partition of the system are designed in detail.Finally, in order to test the effectiveness of the system, the test environment and the experimental environment will be built to test and algorithms, the proposed scheme are more time efficient and significantly improved.