一种处理以太坊攻击的新方法
Novel method for handling Ethereum attack
摘要：
区块链世界是非常动态的，需要强大的治理和底层技术架构来应对挑战。本文考虑以太坊，一个领先的区块链。我们深入研究了这种区块链的本质，其中执行了软件升级分叉。讨论了分叉的类型和影响。一个特定的以太坊黑客导致了一个硬分叉，重点是理解黑客并从一种新的方法克服它。目前的模型已经无法处理多个以太坊攻击。因此，将当前方法与提供安全性和扩展解决方案的新方法进行比较。在这里，该架构借鉴了将区块链层组合到操作系统级别。这种方法可以为区块链世界带来巨大的好处，并改善分散的应用程序团队的执行方式。新架构的好处进行了讨论。该方法有助于保护区块链项目，使其更安全，并且与链无关。
英文摘要：
Block-chain world is very dynamic and there is need for strong governance and underlying technology architecture to be robust to face challenges. This paper considers Ethereum, a leading block chain. We deep dive into the nature of this block chain, wherein for software upgrades forks are performed. They types of forks and impact is discussed. A specific Ethereum hack led to a hard fork and focus is provided on understanding the hack and overcoming it from a novel approach. The current model has been unable to handle multiple Ethereum attacks. Thus the current approach is compared against a novel approach providing a security and scaling solution. Here the architecture draws upon combining block-chain layers into operating system level. The approach can have tremendous benefits to block chain world and improve the way decentralized application teams perform. The benefits of the novel architecture is discussed. The approach helps safe guard block chain projects, making them safer and chain agnostic.
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。
