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arXiv 2005.07627cs.CR
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公开市场中的区块链架构forAuditing自动化和TrustBuilding

Blockchain Architecture forAuditing Automation and TrustBuilding in Public Markets

Sean Cao, Lin William Cong, Meng Han, Qixuan Hou, Baozhong Yang

摘要:

上市公司的业务交易需要定期报告、核实和审计,这在传统上是一个劳动密集型和耗时的过程。为了简化这一程序,我们设计了FutureAB(Future Auditing Blockchain),旨在实现报告和审计过程的自动化,从而使审计人员能够专注于全权委托账户,以更好地检测和预防欺诈。我们展示了分布式账本技术如何建立投资者信任并颠覆审计行业。我们的多功能设计表明,审计公司可以自动化交易验证,而不需要一个值得信赖的第三方合作和共享他们的信息,同时保护数据隐私(承诺计划)和安全性(不变性)。我们还探讨了智能合约和钱包如何促进我们在以太坊上的系统的计算机化和实施。最后,性能评估揭示了FutureAB在加密(每笔交易0.012秒)和验证(每笔交易0.001秒)方面的有效性和可扩展性。

英文摘要:

Business transactions by public firms are required to be reported, verified, and audited periodically, which is traditionally a labor-intensive and time-consuming process. To streamline this procedure, we design FutureAB (Future Auditing Blockchain) which aims to automate the reporting and auditing process, thereby allowing auditors to focus on discretionary accounts to better detect and prevent fraud. We demonstrate how distributed-ledger technologies build investor trust and disrupt the auditing industry. Our multi-functional design indicates that auditing firms can automate transaction verification without the need for a trusted third party by collaborating and sharing their information while preserving data privacy (commitment scheme) and security (immutability). We also explore how smart contracts and wallets facilitate the computerization and implementation of our system on Ethereum. Finally, performance evaluation reveals the efficacy and scalability of FutureAB in terms of both encryption (0.012 seconds per transaction) and verification (0.001 seconds per transaction).

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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