Unichain成为第一个部署基于TEE的区块建筑的L2区块链

UNICHAIN成为部署基于值得信赖的执行环境（TEE）建筑的第一层（L2）区块链，旨在增强

Unichain, the leading layer two (L2) blockchain, has reportedly become the first to deploy trusted execution environment (TEE) technology for efficient and transparent block building, specifically targeting the issue of malicious maximal extractable value (MEV) practices.

据报道，Unichain是第二层（L2）区块链，已成为第一个部署受信任的执行环境（TEE）技术以进行有效且透明的区块构建，特别是针对恶意最大可萃取价值（MEV）实践的问题。

The integration, a collaborative effort between Uniswap Labs and Flashbots, focuses on utilizing Rollup-Boost to sequence transactions within a trusted execution environment (TEE). This setup prioritizes transactions based on a combination of their assigned priority and bids in the fee market.

该集成是UNISWAP实验室和FlashBots之间的协作工作，重点是利用汇总助推器来在受信任的执行环境（TEE）内进行序列交易。该设置基于收费市场中指定的优先级和出价的组合将交易优先考虑。

In doing so, Unichain aims to minimize reliance on centralized sequencers while establishing verifiable rules for block construction, with execution attestations set to be accessible through a public API.

这样一来，Unichain的目的是最大程度地减少对集中式测序仪的依赖，同时建立可验证的块构造规则，并通过公共API访问执行证明。

The new system prioritizes transactions fairly, ensuring users pay fees commensurate with network demand, not opaque intermediaries. Public attestation tools, set to launch shortly, will enable validators to verify sequencing compliance, fostering trust in decentralized infrastructure.

新系统公平地将交易优先级，以确保用户支付与网络需求相称的费用，而不是不透明的中介机构。公共认证工具将在短期内启动，将使验证者能够验证顺序合规性，从而促进对分散基础架构的信任。

Furthermore, Unichain will encrypt its mempool to mitigate MEV risks, with predictable block-building times enabling developers to implement MEV taxes, capturing value for protocols.

此外，Unichain将加密其MEMPOOL以减轻MEV风险，并有可预测的块构建时间使开发人员能够实施MEV税，从而捕获协议的价值。

Pre-simulation tools will reject transactions that fail to execute, saving users' gas fees. Initial data indicates this reduces wasted blockspace and improves the accuracy of transaction pricing.

仿真工具将拒绝无法执行的交易，从而节省用户的汽油费。初始数据表明这减少了浪费的块空间，并提高了交易定价的准确性。

TEE-based systems pave the way for future innovations like Flashblocks, dividing blocks into 200ms intervals to minimize latency for traders and liquidity providers. These sub-blocks remain verifiable, striking a balance between speed and transparency—a groundbreaking feat for blockchain networks.

基于TEE的系统为未来的创新（例如Flashblocks）铺平了道路，将块分为200ms的间隔，以最大程度地减少贸易商和流动性提供商的延迟。这些子块仍然可验证，在速度和透明之间达到平衡，这是区块链网络的开创性壮举。

Moreover, developers now have the option of enabling revert protection, which shields users from gas costs on transactions that fail to execute.

此外，开发人员现在可以选择恢复保护，这使用户免受无法执行的交易的气体成本。

In conjunction with TEE-enforced rules, these upgrades form a framework for encrypted mempools, scheduled transactions, and parallel co-processing innovations as outlined in Unichain's roadmap.

结合TEE的规则，这些升级构成了加密的Mempools，预定交易和并行协调创新的框架，如Unichain的路线图所述。

The involvement of Uniswap, the largest decentralized exchange by volume, highlights the broader narrative of constructing scalable and equitable infrastructure for DeFi.

按数量进行的最大分散交换Uniswap的参与突出了为Defi构建可扩展和公平基础架构的更广泛叙述。

The partnership with Flashbots also stems from the experiences of maximal extractable value on Ethereum, aiming to introduce a new standard of reliability for L2s amid surging demand for decentralized finance solutions.

与FlashBots的合作关系还源于以太坊对最大可提取价值的经验，旨在在对分散融资解决方案的需求激增的情况下为L2S引入新的可靠性。