基础Q2路线图针对速度，隐私和开发人员增长

Base为第二季度提出了雄心勃勃的路线图，旨在巩固其作为链经济中的关键参与者的作用。

Base, the Layer-2 blockchain developed by Coinbase, has set ambitious targets for the second quarter of 2024, aiming to cut effective block times on its mainnet to just 200 milliseconds.

Coinbase开发的第2层区块链基地已经设定了2024年第二季度的雄心勃勃的目标，旨在将其主网上的有效块时间切成200毫秒。

If achieved, this could significantly boost network speed and improve the overall user experience. Currently, Base's mainnet boasts impressive performance with block times around one second and throughput of 30 million gas per second.

如果实现，这可能会大大提高网络速度并改善整体用户体验。目前，Base的Mainnet具有令人印象深刻的性能，其块时间约为一秒钟，每秒吞吐量为3000万气。

The goal is to increase throughput to 50 million gas per second and achieve "Stage 1 decentralization," which would further enhance the network's resilience and security.

目的是将吞吐量增加到每秒5000万气，并实现“阶段1权力下放”，这将进一步增强网络的弹性和安全性。

The team is also working on on-chain account verification with built-in privacy features. In a space where transparency and pseudonymity often clash, this move signals a push toward more secure, user-controlled identity systems.

该团队还通过内置隐私功能进行链上帐户验证。在透明度和化名经常发生冲突的空间中，此举标志着朝着更安全，用户控制的身份系统推动。

However, not everything is smooth sailing. The roadmap's emphasis on Base MCP (Modular Crypto Platform) tooling has raised security concerns. Recent reports, including one from BeInCrypto, highlight vulnerabilities in current MCP implementations that could allow hackers to redirect crypto transactions without users noticing.

但是，并非一切都很顺畅。路线图对基本MCP（模块化加密平台）工具的强调引起了安全问题。最近的报告，包括来自Beincrypto的一份报告，突出了当前MCP实现中的漏洞，这些漏洞可以使黑客无需使用用户就可以重定向加密交易。

“This threat stems from compromised MCP modules,” said Superoo7, head of Data and AI at Chromia. “They could trick Base-MCP into sending funds to the wrong destination.”

Chromia的数据主管Superoo7说：“这种威胁源于MCP模块的损害。” “他们可以欺骗基本MCP将资金汇入错误的目的地。”

This aligns with a broader discussion on the potential for large-scale theft and manipulation in the modular blockchain space.

这与关于模块化区块链空间中大规模盗窃和操纵的潜力的更广泛讨论相吻合。

Earlier this year, a report by researchers at the University of California, Berkeley, and the University of Washington, published in the Journal of the Association for Computing Machinery, explored the inherent security vulnerabilities in modular blockchain systems.

今年早些时候，加州大学伯克利分校和华盛顿大学的研究人员发表在《计算机机械协会杂志》上探讨了模块化区块链系统中的固有安全漏洞。

The researchers, who included renowned cryptographer Ben Lynn, devised a technique to steal coins from a modular blockchain or pivot transactions to unintended recipients. Their findings, titled "Keepers of the Middle Chain: A Framework for Practical and Pivotal Attacks in Modular Blockchain Systems," focused on modular chains like Aave, Base, and Ethereum.

包括著名的密码学家本·林恩（Ben Lynn）在内的研究人员设计了一种技术，可以从模块化区块链或枢轴交易中窃取硬币，向意外接收者。他们的发现，标题为“中间链的守护者：模块化区块链系统中实用和关键攻击的框架”，重点是AAVE，基础和以太坊等模块化链。

The study's findings suggest that modularization, while introducing flexibility and efficiency, can compromise security, rendering modular chains more susceptible to theft and manipulation than monolithic chains.

该研究的发现表明，在引入灵活性和效率的同时，模块化可能会损害安全性，使模块化链比整体链更容易受到盗窃和操纵。

The study's findings have significant implications for the future of blockchain technology and highlight the critical need for robust security measures in the rapidly evolving modular blockchain ecosystem.

该研究的发现对区块链技术的未来具有重要意义，并突出了快速发展的模块化区块链生态系统中对强大安全措施的关键需求。

Read More: Major Dogecoin Update Boosts Security and Speed as Price Struggles

阅读更多：主要的Dogecoin更新随着价格挣扎而提高安全性和速度

The post Base Q2 Roadmap Targets Speed, Privacy, and Developer Growth appeared first on Beincrypto.

邮政第2季度路线图的目标速度，隐私和开发人员的增长首先出现在Beincrypto上。

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