The previous blockchain data transmissiontechniques in industrial Internet of Things (IoT) have lowsecurity, high management cost of the trading center, and bigdifficulty in supervision. To address these issues, this workproposes a secure Fabric blockchain-based data transmissiontechnique for industrial IoT. This technique usesblockchain-based dynamic secret sharing mechanism. A reliabletrading center is realized using the power blockchain sharingmodel, which can also share power trading books. The powerdata consensus mechanism and dynamic linked storage aredesigned to realize the secure matching of the power datatransmission. Experiments show that the optimized Fabricpower data storage and transmission has high security andreliability. The proposed technique can improve the transmissionrate and packet receiving rate by 12% and 13%, respectively.Moreover, the proposed technique has good
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