Celo迁移到以太坊层2，提高了安全性和网络效率

Celo使用乐观的OP堆栈正式从1层区块链迁移到以太坊2。该过渡，在开发20个月后最终确定

YEREVAN (CoinChapter.com) - Celo (CRYPTO: CELO) has officially migrated from a Layer-1 blockchain to Ethereum (CRYPTO: ETH) Layer-2 using Optimism’s OP Stack, it was announced on Wednesday.

Yerevan（Coinchapter.com）-Celo（加密：Celo）已正式从1层区块链迁移到以太坊（以太坊（Crypto：ETH））使用乐观的OP堆栈，并于周三宣布。

The transition, which comes after 20 months of development, is set to increase security and network efficiency. The upgrade was completed at block height 31,056,500, confirming Celo’s full integration into Ethereum’s ecosystem.

经过20个月的开发后，该过渡将提高安全性和网络效率。该升级以31,056,500的块高度完成，证实了Celo的完整集成到以太坊的生态系统中。

The process began with Celo validators pausing block production on the original Layer-1 network. cLabs, the development team behind Celo, announced the start of the transition on X. Less than two hours later, the network resumed block production as a Layer-2 blockchain, with public RPC (Forno) and indexers becoming operational.

该过程始于CELO验证器在原始Layer-1网络上暂停块生产。 CELO背后的开发团队Clabs宣布了X上过渡的开始。不到两个小时后，该网络恢复了第2层区块链，其中公共RPC（Forno）（Forno）和索引者开始运行。

The official countdown website confirmed the update, stating:

官方倒计时网站确认了更新，指出：

“The Celo L2 migration has been successfully completed. Celo is now live as an Ethereum Layer 2.”

“ Celo L2迁移已成功完成。Celo现在是以太坊2的生命。”

This marks a shift towards greater Ethereum interoperability while maintaining Celo’s low transaction fees.

这标志着向更大的以太坊互操作性转变，同时保持CELO的低交易费用。

Celo’s Ethereum Layer-2 migration reduces block production time to one second, a significant improvement from the previous five-second intervals. The integration leverages Ethereum’s infrastructure to enhance security and network resilience. Developers can now build on Celo’s Layer-2 network with minimal modifications.

Celo的以太坊2层迁移将阻滞生产时间降低到一秒钟，与前五秒间隔相比有了显着改善。该集成利用以太坊的基础架构来增强安全性和网络弹性。现在，开发人员可以在Celo的第2层网络上建立最小的修改。

The network will retain its low transaction fees of $0.0005, ensuring affordability for users. The transition to Ethereum Layer-2 also improves cross-network transactions by enabling native Ethereum bridging. This reduces dependence on third-party bridging solutions, which have been targets of past security vulnerabilities.

该网络将保留其低价$ 0.0005的低交易费用，从而确保用户负担能力。向以太坊2层的过渡还通过实现天然以太坊桥梁来改善跨网络交易。这减少了对第三方桥接解决方案的依赖，这些解决方案一直是过去安全漏洞的目标。

Celo’s Layer-2 upgrade makes it easier for Ethereum-based projects to operate within its ecosystem.

Celo的第2层升级使基于以太坊的项目更容易在其生态系统中运行。

“This transition brings Celo closer to Ethereum’s existing developer environment, simplifying the integration process,” said Marek Olszewski, CEO of cLabs.

“这种过渡使Celo更接近以太坊现有的开发人员环境，从而简化了整合过程，” Clabs首席执行官Marek Olszewski说。

Following the migration, CELO’s price increased by nearly 4%, showcasing market interest. The upgrade is expected to improve liquidity and transaction efficiency, rendering the blockchain more appealing to users and developers. Trading volume spiked, with CELO reaching a local high of $0.4058 before encountering a minor pullback.

迁移后，Celo的价格上涨了近4％，展示了市场兴趣。预计该升级将提高流动性和交易效率，从而使区块链对用户和开发人员更具吸引力。交易量飙升，Celo在遇到小回调之前达到了0.4058美元的当地高点。

As more users opt for Layer-2 scaling solutions, Ethereum’s transaction fee revenue has dropped by 95%. The emergence of Ethereum Layer-2 networks like Celo has shifted traffic away from Ethereum’s main chain, leading to a decline in fee-based revenue.

随着越来越多的用户选择第2层扩展解决方案，以太坊的交易费收入下降了95％。像Celo这样的以太坊2层网络的出现使流量从以太坊的主链转移了，导致基于费用的收入下降。

Commenting on the development, Ethereum co-founder Vitalik Buterin said:

以太坊联合创始人Vitalik Buterin在评论该发展时说：

“Celo has done a lot for crypto’s global adoption, and I am excited to see Celo fully embracing the Ethereum family.”

“ Celo为加密全球收养做了很多事情，我很高兴看到Celo完全拥抱以太坊家庭。”

Solana (CRYPTO: SOL) co-founder Anatoly Yakovenko recently raised questions about the necessity of Layer-2 solutions, arguing that a monolithic Layer-1 structure can provide sufficient scalability.

Solana（Crypto：Sol）联合创始人Anatoly Yakovenko最近提出了有关第2层溶液的必要性的问题，认为整体层1结构可以提供足够的可扩展性。

Yakovenko highlighted that Layer-1 blockchains can be “faster, cheaper, and more secure” without relying on fraud proofs or upgrade multisigs. He noted that Layer-2 solutions depend on external data availability stacks, which he described as “glacially moving” and quickly become a bottleneck.

Yakovenko强调说，第1层区块链可以“更快，更便宜，更安全”，而无需依赖欺诈证明或升级多层。他指出，第2层解决方案取决于外部数据可用性堆栈，他将其描述为“冰川移动”，并迅速成为瓶颈。

suggesting that a well-designed Layer-1 can eliminate the need for complex Layer-2 mechanisms. His remarks contribute to ongoing industry debates about blockchain scalability and efficiency.

提出精心设计的第1层可以消除对复杂层2机制的需求。他的讲话有助于有关区块链可伸缩性和效率的持续行业辩论。

Meanwhile, Binance (CRYPTO: BNB) CEO Changpeng Zhao has reopened discussions on whether AI-focused blockchain projects should be built on Layer-1 or Layer-2 networks.

同时，Binance（Crypto：BNB）首席执行官Changpeng Zhao重新开放了有关是否应在第1层或第2层网络上构建以AI为注重的区块链项目的讨论。

Zhao pointed out that while Layer-1 offers more sovereignty and decentralization, it also demands significant effort to maintain, including running nodes and validators.

赵指出，虽然第1层提供了更多的主权和权力下放，但它也需要大量的努力来维护，包括运行的节点和验证器。

“Having your own L1 feels like you have more sovereignty, but it’s also a lot more work,” Zhao stated.

赵说：“拥有自己的L1感觉就像您拥有更多的主权，但这也是更多的工作。”

In contrast, Layer-2 solutions reduce operational complexity by integrating with an existing blockchain like Ethereum, providing access to DEXs, liquidity pools, and established communities. Zhao questioned whether industry sentiment had shifted on this issue, adding, “Is L1 cooler than L2 or the reverse?” His comments highlight the ongoing discussion regarding the best blockchain infrastructure for AI projects.

相比之下，第2层解决方案通过与现有区块链等现有区块链集成，从而降低了运营的复杂性，从而提供了对DEX，流动性池和已建立社区的访问权限。赵质疑行业情绪是否在这个问题上发生了变化，并补充说：“ L1凉爽比L2还是反向？”他的评论突出了有关AI项目最佳区块链基础架构的持续讨论。

The expansion of Ethereum Layer-2 networks has brought about a shift in the narrative surrounding blockchain scalability. Some developers are strong advocates for Layer-2 networks as a means to enhance security and mitigate congestion in existing blockchains. They suggest that pushing the boundaries of Layer-1 throughput may not be as efficient as integrating multiple Layer-2s with minimal hardware constraints.

以太坊2层网络的扩展导致了围绕区块链可伸缩性的叙述发生了变化。一些开发人员是第2层网络的强烈拥护者，作为增强安全性并减轻现有区块链拥塞的手段。他们认为，按下1层吞吐量的边界可能不如将多个第2层与最小硬件约束集成在一起。

However, others suggest that the focus should remain on improving Layer-1 performance. They argue that despite advancements in Layer-2 technology, they ultimately rely on the speed of the underlying Layer-1 chain, which ultimately limits the potential of Layer-2 networks.

但是，其他人认为重点应保持在改善1层的性能上。他们认为，尽管第2层技术方面的进步，他们最终依赖于基础1层链的速度，这最终限制了第2层网络的潜力。

In essence, the role of Layer-2 scaling in the future of blockchain

本质上，第2层缩放在区块链未来的作用