Blockchain-Based Distributed Computing Consistency Verification for IoT Mobile Applications

The maturation of wireless connectivity, blockchain (distributed ledger technologies), and intelligent systems has fostered a comprehensive ecosystem for the Internet Things (IoT). However, growing volume data generated by IoT devices creates substantial pressure on storage computation capabilities, impeding further development ecosystem. Decentralizing across multiple chains utilizing cross-chain technology exchange eliminates need expensive centralized infrastructure, lowers transfer costs, improves accessibility. Hence, issue computational in can be improved. Nonetheless, are constantly updating, ensuring consistency dynamic heterogeneous remains significant challenge. To address aforementioned challenge, we propose blockchain-based distributed lightweight verification model (BDCA), which leverages batch Merkle hash tree (BV-MHT) an advanced gamma multi-signature scheme (AGMS) to enable consistent while secure private transmission. AGMS is reliable robust based security analysis dependability BDCA verified through inductive reasoning. Experimental results indicate that outperforms CPVPA Fortress communication overhead preprocessing auditing similar condition, exhibits superior performance when compared other widely adopted schemes such as Cosi, BLS, RSA. Furthermore, provides up 99% guarantees, demonstrating its practicality.