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Vitalik Buterin 关于以太坊未来的博文在区块链社区引发了热烈讨论。
Vitalik Buterin's recent blog post on the future of Ethereum has sparked enthusiastic discussions within the blockchain community. Among the key highlights is the project's innovative work in zero-knowledge (ZK) technology, which has seen significant contributions from RISC Zero.
Vitalik Buterin 最近发表的有关以太坊未来的博文引发了区块链社区的热烈讨论。该项目的主要亮点之一是在零知识(ZK)技术方面的创新工作,RISC Zero 对此做出了重大贡献。
In a series of tweets, Jeremy Bruestle, CEO and co-founder of RISC Zero, a zero-knowledge verifiable general computing platform, highlighted their company's role in shaping the ZK-enabled future, as mentioned in Buterin's post. Bruestle pointed out how one of the features mentioned in the article — parallel proving via linking memory states of a single long-running computation — has already been implemented by RISC Zero.
正如 Buterin 的帖子中所提到的,零知识可验证通用计算平台 RISC Zero 的首席执行官兼联合创始人 Jeremy Bruestle 在一系列推文中强调了他们公司在塑造 ZK 支持的未来方面的作用。 Bruestle 指出了文章中提到的功能之一——通过链接单个长时间运行计算的内存状态进行并行证明——已经由 RISC Zero 实现。
“One of the features mentioned in the article (parallel proving via linking memory states of a single long-running computation) is, in fact, how our continuations feature (https://t.co/buP5QlFq30) has worked for a while now. Enjoy reading about the future of ZK in the article!”
“文章中提到的一个功能(通过链接单个长时间运行计算的内存状态进行并行证明)实际上是我们的延续功能 (https://t.co/buP5QlFq30) 已经工作了一段时间了。享受阅读有关 ZK 未来的文章吧!”
Buterin's responses to these comments further underscore the importance of these advancements in ZK technology. In one exchange, he draws attention to the critical role of compression efficiency in enabling faster proving times.
Buterin 对这些评论的回应进一步强调了 ZK 技术这些进步的重要性。在一次交流中,他提请人们注意压缩效率在实现更快的证明时间方面的关键作用。
“Processing 1 MB of data in 1 second would require about 16,000 compression funcs/second. Achieving one more order of magnitude (160,000 funcs/sec) would be another big milestone. Appreciate your work.”
“1 秒内处理 1 MB 数据将需要大约 16,000 次压缩函数/秒。再实现一个数量级(160,000 个函数/秒)将是另一个重大里程碑。欣赏你的工作。”
Meanwhile, crypto enthusiast Paolo Rebuffo raised concerns regarding the need for a timely decision on incorporating Verkle Trees into clients, given the finite resources available and the potential impact on the Ethereum roadmap.
与此同时,鉴于可用资源有限以及对以太坊路线图的潜在影响,加密货币爱好者 Paolo Rebuffo 对是否需要及时决定将 Verkle Trees 纳入客户提出了担忧。
“I believe it is urgent to come to a final decision on whether to continue to develop and implement Verkle Trees within clients.
“我认为迫切需要就是否继续在客户中开发和实施 Verkle Trees 做出最终决定。
Resources are not infinite, and eventually there would be other parts of the ethereum roadmap to focus on.”
资源不是无限的,最终以太坊路线图上还会有其他部分需要关注。”
In response to Rebuffo's inquiry about Verkle Trees, Buterin clarified that about 75% of the implementation focuses on shared components that remain the same across different binary tree aggregation techniques, such as tree keys, gas cost adjustments, and transition processes, ultimately streamlining the integration of Verkle Trees, Poseidon binary, and Blake binary.
在回应 Rebuffo 关于 Verkle Trees 的询问时,Buterin 澄清说,大约 75% 的实施侧重于在不同二叉树聚合技术中保持不变的共享组件,例如树键、gas 成本调整和转换过程,最终简化集成Verkle 树、Poseidon 二元和 Blake 二元。
“About 75% of the Verkle Tree implementation is in fact shared components that remain the same for any binary tree aggregation technique (tree keys, gas cost adjustments, transition processes). This includes the code for Poseidon binary and Blake binary.”
“Verkle Tree 实现的大约 75% 实际上是共享组件,这些组件对于任何二叉树聚合技术(树键、gas 成本调整、转换过程)都保持不变。这包括波塞冬二进制文件和布莱克二进制文件的代码。”
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