Solana Labs联合创始人提出了一个“元链”来解决区块链碎片

该计划介绍了能够从多个层1（L1）区块链汇总和订购数据的“元链”的概念

Solana Labs co-founder Anatoly Yakovenko has set forth a proposal aiming to solve one of the main challenges of Web3: fragmentation among blockchain networks. The initiative introduces the concept of a “meta-chain” capable of aggregating and ordering data from multiple layer-1 (L1) blockchains, such as Ethereum, Celestia, and Solana itself.

Solana Labs联合创始人Anatoly Yakovenko提出了一项建议，旨在解决Web3的主要挑战之一：区块链网络之间的分裂。该计划介绍了能够从多个层1（L1）区块链（例如以太坊，Celestia和Solana本身）汇总和订购数据的“元链”的概念。

According to a May 12 post on the X-Network, Yakovenko suggests that the metachain could use third-party data availability (DA) layers to access the cheapest DA offerings available at any given time. "This would allow the metachain to use the cheapest DA offering currently available," the developer said.

根据5月12日在X-Network上的帖子，Yakovenko建议Metachain可以使用第三方数据可用性（DA）层来访问任何给定时间可用的最便宜的DA产品。开发商说：“这将使Metachain能够使用当前可用的最便宜的DA产品。”

There should be a blockchain goal. Post data anywhere, Ethereum, celestia, Solana, and use a specific rule to merge data from all the chains into a single ordering. This would actually allow the meta chain to use cheapest currently available DA offer.

应该有一个区块链目标。将数据在任何地方，以太坊，celestia，solana上发布，并使用特定的规则将所有链中的数据合并为单个排序。这实际上将允许元链使用当前最便宜的DA优惠。

— toly 🇺🇸 (@aeyakavenko) May 12, 2025

-Toly🇺🇸（@aeyakavenko）2025年5月12日

Data availability layers are structures that store and make available the data needed to validate transactions on blockchains. They have become essential as the cryptocurrency ecosystem grows and becomes more interconnected, demanding solutions that improve interoperability between networks.

数据可用性层是存储并提供验证区块链交易所需的数据的结构。随着加密货币生态系统的增长并变得更加互连，需要改善网络之间互操作性的解决方案，它们变得至关重要。

Currently, L1 blockchains operate in isolation, making direct communication between them difficult. This fragmentation has motivated several projects to seek integration mechanisms. Yakovenko's proposal joins other initiatives that also seek to expand the use of blockchains as DA layers.

目前，L1区块链孤立地运行，使它们之间的直接沟通困难。这种分裂促使几个项目寻求集成机制。 Yakovenko的提议加入了其他计划，这些举措也试图扩大区块链作为DA层的使用。

Ethereum, for example, is preparing for a major upgrade called Fusaka, scheduled for late 2025. This upgrade will include EIP-7594, which is expected to scale the capacity of the Ethereum mainnet by transforming it into more efficient DA layer.

例如，以太坊正在准备一个名为Fusaka的重大升级，该升级计划于2025年底进行。此升级将包括EIP-7594，预计该升级将通过将其转换为更有效的DA层来扩展以太坊主网的能力。

While Solana proposes a framework that can coordinate data exchange between different blockchains, other projects are focusing their efforts on making their own networks more capable of providing this type of service autonomously. The discussion on interoperability solutions remains central to the future of the sector.

尽管Solana提出了一个可以在不同区块链之间协调数据交换的框架，但其他项目则将他们的精力集中在使自己的网络更有能力自主提供此类服务的能力上。关于互操作解决方案的讨论仍然是该行业未来的核心。