Cardano（ADA）正在进入下一章

加强网络的此举将使平台变得更加可扩展，可用和安全。

Input Output (IO) is pulling back the curtain on the next chapter of Cardano, revealing a fresh roadmap and a new anti-grinding measure.

输入输出（IO）将在Cardano的下一章中向后拉窗帘，揭示了新的路线图和新的防组织措施。

As part of its effort to make Cardano more scalable, usable, and secure, IO is highlighting how the network’s consensus can be strengthened.

作为使Cardano更具可扩展，可用和安全的努力的一部分，IO强调了如何加强网络的共识。

Grinding attacks are a form of malicious activity in which a bad actor plays with the blockchain to increase their chances of adding new blocks. In Cardano’s proof-of-stake system, network leaders (known as stake pool operators) take turns adding new blocks to the chain. However, a grinder might try to stay on-chain for longer by pausing their node and returning to the network at a later stage.

磨削攻击是一种恶意活动的一种形式，在这种活动中，一个坏演员与区块链一起玩，以增加添加新块的机会。在Cardano的验证系统中，网络负责人（称为Stake Pool Operators）轮流为链条添加新块。但是，研磨机可能会试图通过暂停节点并在以后返回网络来保持更长的时间。

To avoid this, Cardano is establishing an anti-grinding feature in its node improvements. It makes such attacks more difficult and provides clear sailing to the honest participants, leading to faster times and stronger finality.

为了避免这种情况，Cardano在其节点改进中建立了抗裂纹功能。它使这种攻击变得更加困难，并为诚实的参与者提供了清晰的航行，从而导致了更快的时代和更强大的终结性。

This upgrade also ties into a broader strategy to improve Cardano’s entire node setup.

该升级还与更广泛的策略相关联，以改善Cardano的整个节点设置。

Local nodes for users who want to interact with the blockchain without trusting third-party providers.

对于想要与区块链互动而不信任第三方提供商的用户的本地节点。

Cardano scales with new memory upgrades, such as the UTXO set on disk, utilizing LSM trees.

Cardano缩放具有新的内存升级，例如使用LSM树在磁盘上设置的UTXO。

Fairer rewards for smaller stake pool operators.

较小的桩池运营商的奖励更公平。

Tiered pricing to better manage network congestion.

分层定价以更好地管理网络拥塞。

Together, this enables Cardano to remain decentralized, secure, and prepared to welcome billions of users.

这使Cardano一起保持分散，安全并准备欢迎数十亿用户。

A More Diverse Operation

一个更多样化的操作

Another key part of this upgrade is node diversity. Today, the majority of Cardano is operating on a single node implemented in Haskell. While powerful, this creates a single point of failure.

此升级的另一个关键部分是节点多样性。如今，大多数Cardano都在Haskell实施的单个节点上运行。虽然强大，但这会产生一个失败点。

Thus, IO introduced Project Acropolis—a project to redesign the node in a more modular and Rust-based manner. It simplifies the contribution of new teams and also makes the network more resilient in the event of a node failure, as other nodes can continue the network.

因此，IO介绍了雅典卫城项目，这是一个以更模块化和基于生锈的方式重新设计节点的项目。它简化了新团队的贡献，并且在节点失败的情况下，网络更具弹性，因为其他节点可以继续网络。

They held workshops earlier this year where they could match developers with organizations who could then report on their progress, test different node setups, and create tools to strengthen the platform.

他们在今年早些时候举行了研讨会，可以将开发人员与可以报告其进度，测试不同节点设置并创建工具来加强平台的组织相匹配。