A Blockchain-Enhanced Secure and Reliable Data Transaction Scheme in MAS via HTLC

Data transactions within distributed networks are increasingly critical in modern technological infrastructures. However, such transactions encounter significant challenges, including security vulnerabilities and a lack of participant trust. Traditional centralized approaches often fail to address these issues due to their lack of transparency and flexibility, resulting in inefficiencies and potential risks. This paper presents a novel transaction mechanism that enhances security and transparency in Multi-Agent Systems (MAS) by integrating Hashed Timelock Contracts (HTLC) with blockchain technology, effectively addressing the concerns of data transaction reliability and trust. The efficacy of this mechanism in enhancing transaction security and efficiency was validated through simulation experiments. Results demonstrate that the system operates reliably under various network conditions, boasting high success rates and robust security. Overall, this research successfully explores and validates an enhanced blockchain-based solution for secure and reliable data transactions in distributed networks, offering a new strategy for addressing the challenges of data exchanges.